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["Type","Name","Description","Related Facility ID","Technique","Location","Contact Name","Contact Telephone","Contact URL","Contact Email","Secondary Contact Name","Secondary Contact Telephone","Secondary Contact URL","Secondary Contact Email","ID","Photo","Department","Site Location","Building","Service Level","Web Address"]
["equipment","  Bruker SKYSCAN 1176: HIGH-RESOLUTION IN-VIVO MICRO-CT","This technique can be used in pharmaceuticals and biotech to increase the shelf life of live virus vaccines, biologics and other injectables. It is also used in the food industry, chemical synthesis, ceramics and even in bacteriology to conserve special strains.\n\n",{"$nulls":6},"saimir.luli@ncl.ac.uk",{"$nulls":3},"preclinicalimaging@ncl.ac.uk",null,null,"Preclinical In Vivo Imaging Facility","City Campus","Medical School"]
["equipment","  Dual Tuned Knee Coil","Pyrosequencer\n\n",{"$nulls":6},"scanner.bookings@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Campus for Ageing & Vitality","Newcastle Magnetic Resonance Centre"]
["equipment","  Rapid Evaporative Ionization Mass Spectrometer. Waters Ltd","We have combined high technology, materials and functional design to achieve an outstanding compact device that has no parallel in the market.\n\n4096 recording electrodes, sampled simultaneously at 18kHz, provide orders of magnitude more data points compared to conventional passive Multielectrode Arrays (MEAs),\n\nthus leading to the recording, over a large bandwidth, of electrophysiological signals ranging from slow large-population field potentials to fast single-cell spiking activity.\n\nThe BioCAM X platform delivers unique insights into several in-vitro electrophysiological models, such as neuronal cell cultures, brain slices, retina preparations and cardiac cultures.\n\n",{"$nulls":6},"paula.curry@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Agriculture Building"]
["equipment","  Steris Autoclave","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings or training on this equipment.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\n<h2>Key Features</h2>\n\n\n<ul>\n\t<li>Metal sputtering or carbon evaporation, or both - can be combined in one space-saving design</li>\n\t<li>Fine grain sputtering for advanced high resolution FE-SEM applications</li>\n\t<li>High vacuum turbo pumping - allows sputtering of a wide range of oxidising and non-oxidising metals - suitable for SEM, high resolution FE-SEM and also for many thin film applications. NB: To avoid a short target life, it is not advisable to use targets of less than 0.3mm for coatings of 50nm or thicker in conjunction with high sputter currents. Please consider using a bonded or thicker target</li>\n\t<li>High vacuum carbon coating - ideal for SEM and TEM carbon coating applications</li>\n\t<li>Advanced 'anti-stick' carbon rod evaporation gun - simple operation, reproducible results</li>\n\t<li>Pulsed or ramped carbon coating modes - ramped evaporation can be selected for enhanced control and reproducibility of deposited carbon</li>\n\t<li>Glow discharge option - for modification of specimen surface properties (eg hydrophobic to hydrophilic conversion)</li>\n\t<li>Enhanced sputtering of aluminium using optimised pulse cleaning</li>\n\t<li>Precise thickness control using the film thickness monitor option</li>\n\t<li>Fully automatic touch screen control - rapid data input, simple operation</li>\n\t<li>Multiple, customer-defined coating schedules can be stored - ideal for multi-user laboratories</li>\n\t<li>Automatic vacuum control which can be pre-programmed to suit the process and material - no needle valve to adjust</li>\n\t<li>'Intelligent' recognition of system - automatically detects the type of coating insert fitted</li>\n\t<li>Easy-to-change, drop-in style specimen stages (rotation stage as standard)</li>\n\t<li>Vacuum shut-down feature - leaves the process chamber under vacuum when not in use - improved vacuum performance</li>\n\t<li>Pump hold - allows the system to be held in continuous pumping mode, awaiting user input before continuing the process</li>\n\t<li>Thick film capabilities - up to 60 minutes sputtering time without breaking vacuum (rest periods automatically built in)</li>\n\t<li>Ergonomic one-piece moulded case - easy maintenance and service access</li>\n\t<li>Ethernet with local FTP server connection - simple programmer updates</li>\n\t<li>Power factor correction - complies with the current legislation (CE Certification) - efficient use of power means reduced running costs</li>\n</ul>\n",{"$nulls":6},"cbc-office@ncl.ac.uk",{"$nulls":3},"paul.cairns@ncl.ac.uk",null,null,"Comparative Biology Centre","International Centre for Life","Unspecified"]
["equipment","10X Genomics Inc - Chromium Controller & Accessory Kit","Gas pycnometry is recognized as one of the most reliable techniques for obtaining true, absolute, skeletal, and apparent volume and density. This technique is non-destructive as it uses the gas displacement method to measure volume. Inert gases, such as helium or nitrogen, are used as the displacement medium. Density calculations using the gas displacement method are much more accurate and reproducible than the traditional Archimedes water displacement method.\n\nThe AccuPyc II 1340 Series Pycnometers are fast, fully automatic pycnometers that provide high-speed, high-precision volume measurements and true density calculations on a wide variety of powders, solids, and slurries. The instrument completes most sample analyses in less than three minutes without sacrificing accuracy. After analyses are started with a few keystrokes, data are collected, calculations are performed, and results displayed. A minimal amount of operator attention is required.\n\nGas pycnometry is used extensively for characterising a wide variety of solids such as catalysts, metal powders, soils, ceramics, active pharmaceutical ingredients, petroleums, cenospheresand solid foams.\n\n",{"$nulls":6},"timothy.robson@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus"]
["equipment","1260 Infinity II LC Systems","The ProCepT Granulator is used for wet or melt high shear granulation and pelletisation. Depending on vessel size, the typical batch range varies from 15g to 1kg of product. The granulator is used to create wet agglomerates by high shear wet mixing of different powders. The atomized nozzle sprays the solvent with binder or active on the powder vortex, created by the impeller and chopper.\n\nThe wet granulation process is one of the most common ways to granulate. A liquid solution/suspension is added to a mix of dry powders to form an agglomerated more dense mass, ultimately resulting in the formation of free flowable granules or pellets.\n\nMelt agglomeration is a process by which the solid fine particles are bound together into agglomerates, by agitation, kneading and layering, in the presence of a molten binding liquid. Dry agglomerates are obtained as the molten binding liquid solidifies by cooling.\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","176003208 Acquity QDa Detector ","Measure the reflection and transmission coefficients of circuits\n\n",{"$nulls":6},"christopher.bulman@ncl.ac.uk",{"$nulls":3},"peter.shotton@ncl.ac.uk",null,null,"Engineering","City Campus","Agriculture Building"]
["equipment","176015070 Acquity UPLC I-Class Core System w/SM-FL","Nikon A1 Confocal Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"christopher.bulman@ncl.ac.uk",{"$nulls":3},"peter.shotton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","19330/0011 OCTAX polarAIDE system","Provides higher-resolution images through optimization of the electron optics system\n\nWith the newly developed tabletop microscope TM3030, benchtop type SEM, Hitachi High-Tech has improved the resolution of observed images in order to meet the needs of customers seeking to perform high-resolution observations without sample preparation. By optimizing the electron optics system, Hitachi High-Tech has provided a äóì5 kV modeäó\u009d that enables sharper observations of the finest structures of sample surfaces, which cannot be observed at high accelerating voltages. Observations under high magnification also provide sharper, higher resolution observation images.\n\nSWIFT ED incorporates AUTO ID for accurate element identification QUANT Auto ID set up routine Elements may be specified if required Digital Beam Control for x-ray maps and line scans (TM-3000 only)\n\n",{"$nulls":6},"debra.jones@ncl.ac.uk",{"$nulls":3},"sheila.gibbs-barton@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life"]
["equipment","3M UK PlcModel V selfcheck system","Zeiss LSM 800 Airyscan / Spinning Disk Confocal Microscope with Super Resolution and Live Cell Imaging capabilities.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"john.williams@newcastle.ac.uk",{"$nulls":3},"john.williams@newcastle.ac.uk",null,null,"Library","City Campus","Robinson Library"]
["equipment","64gb Apple iPad with Retina Display","\"29-0281-98 AKTA PURE PACKAGE WITH ADDS QUOTATION 1-CE8WXM 1\"\n\n",{"$nulls":6},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","64gb Apple mini iPad","High-Definition Biology\n\nNo more compromising for quality. With the Biomarkä‹¢ HD system, you get reliable production-scale throughput and exquisite single-cell sensitivity, with a wide variety of sample types and chemistry choices to accommodate the most genomic applications. Now you can run entire projects from research to validation to routine screening on a single system with the flexibility you want and the consistency you need.\n\nFlexible\n\nDesign experiments to match your needs across the widest range of genomic applications.\n\nSensitive\n\nDetect unique molecular signatures in individual cells and rare cell populations.\n\nFast\n\nAccelerate discovery with a higher throughput and automated workflow.\n\nEfficient\n\nConserve precious samples- and funding- with lower reagent use and nanoliter reactions.\n\nAPPLICATIONS\n\nDigital PCR Gene Expression Genotyping Sample Identification\n\nTECHNOLOGY\n\nFluidigmäó»s revolutionary integrated fluidic circuits (IFCs) empower life science research by automating PCR reactions in nanoliter volumes. This means using less sample and reagent, and a single microfluidic device, to achieve the high-quality, consistent results your work depends on. The Biomark HD system runs IFCs in either real-time or end-point read modes, bringing flexible, efficient and economical PCR solutions to a range of applications.\n\nContact: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","708-DS Dissolution Apparatus","The BD LSRFortessa X-20 cell analyser delivers high-performance multicolour analysis at 30\" x 29\" (76.2 x 73.7 cm) and a height of 30\" (76.2 cm).\n\nThe analyzer can be configured with up to 5 lasers to detect up to 20 parameters simultaneously. A wide range of up to 34 laser choices is available as excitation sources, including blue, red, violet, yellow-green, and UV\n\nhttp://www.ncl.ac.uk/fccf/\n\nhttp://www.bdbiosciences.com/instruments/lsrx20/index.jsp\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","899 Coulometer","Collect and record the data sent from the sensors attached on an engine; synchronise and trigger difference events such as injection, spark etc.\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","A D Instruments Ltd Human Spirometry Teaching System","First-class spindle and zona imaging OCTAX polarAIDEä‹¢ is the solution for routine spindle and zona analysis. Oocyte quality is evaluated by  polarAIDEä‹¢ŒÇs unique äóìautomatic zona scoringäó\u009d which detects the oocyteŒÇs zona pellucida and measures its birefringence properties, automatically and user independent. Use our cutting edge technology to identify the most promising oocytes developing to the best embryos for transfer. Features äó¢ Real-time spindle and zona imaging under normal light intensity äó¢ Simultaneous view of oocyte morphology and spindle äó¢ Fully automatic zona pellucida detection and analysis äó¢ Self-calibrating, no active calibration required äó¢ Can easily be upgraded with other OCTAX components\n\nApplications äó¢ Spindle imaging for oocyte stageing to verify metaphase II äó¢ Spindle imaging for checking post-thaw oocyte viability äó¢ Spindle imaging for QC purposes (proper temperature / pH) äó¢ Automatic & objective oocyte zona scoring for assessment of the developmental potential of the resulting embryos\n\n",{"$nulls":6},"michele.sweeney@ncl.ac.uk",{"$nulls":3},"alison.gregory1@ncl.ac.uk",null,null,"School of Biomedical Sciences","City Campus","William Leech Building"]
["equipment","A-M Systems 690005; 692000",{"$nulls":7},"peter.andras@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Bedson Building"]
["equipment","A.Dec Dental UK Ltd 41 Simulators ,Heads & Dental Stools",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","AB Sciex UK Ltd AB Sciex Triple ToF 5600 System","The core piece of this latest generation X-ray detector is a silicon chip that functions according to the drift chamber principle.\n\nDue to the special chip design with integrated charge amplifier the XFlashŒ¬ can process very high count rates and at the same time displays an excellent energy resolution, unrivaled by any other silicon-based energy dispersive X-ray detector.\n\n",{"$nulls":6},"peter.blain@ncl.ac.uk",{"$nulls":3},"david.henderson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Campus for Ageing & Vitality","Wolfson Research Centre"]
["equipment","Academia Limited Toshiba Sat Pro C50A-1M3 8GB - St1 UGs","Used for powders processing, by fabrication of pellets for different applications which require compact powders. In particular, the press will be used for manufacture of glass-ceramic discs which will be further heat treated (sintered at 1200ŒÁC) and tested for development and optimisation of scaffolds for bone tissue engineering applications\n\n",{"$nulls":6},"ian.pitcher@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","AccuPyc II 1340 Pycnometer","There are 4 FACSCanto II flow cytometers, 3 in the Medical School and 1 in the Centre for Life. All are 3 laser (Blue, red and violet) producing 8 colour capability.\n\nFor more information and Specs:\n\nhttp://www.ncl.ac.uk/fccf\n\nhttp://www.bdbiosciences.com/ca/instruments/facscanto/index.jsp\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Actigraph LLC - Actigraph Accelerometry Monitor","Enhanced tissue quality Cassette baskets are gently rotated inside the circular chamber, providing more effective agitation than an impeller Reagents can be pre-heated to up to 35ŒÁC, minimizing tissue shock and facilitating reagent penetration Significant reagent cost savings Alcohol quality measurement enables you to extend your reagent life and provides significant cost savings Automatic reagent rotation further extends reagent life using a proven system Streamline workflow and increase productivity Reduce maintenance time by replacing one bottle of each reagent, rather than all of them Draw new reagents directly into the processor from your supplieräó»s bottlesäóîno pouring, no mess, and no fumes Run rapid biopsies during the day and conventional programs overnight Compatible with IPA xylene-free processes as well as conventional reagents Safe for the tissueäóîsafe for the operator When the chamber is opened, a fan pulls fumes through a filter to protect users from formaldehyde exposure Fumes from the cabinet are also extracted through filters to protect users from alcohol, xylene, and formaldehyde Waste paraffin can be removed by simply discarding a plastic trayäóîno paraffin spillage and burns Power outages are no longer a concern; Excelsior keeps your tissue safe with battery backup So simple to learn and operate The all-new touch-screen interface is intuitive and easy-to-learn With intelligent software, itäó»s easier to avoid mistakes that affect tissue quality Engineered for reliability and peace of mind The Excelsior AS Tissue Processor reflects engineering enhancements based on more than 10 years of service history Infomatics to integrate the laboratory and simplify reporting A full range of reports is available for routine logging, quality assessment, statutory reporting and trouble shooting Reports are easily downloaded via a USB drive Messages can be sent automatically to the laboratory information system Remote alarms ensure that any problems are immediately addressed Thermo Scientificä‹¢ NetMonä‹¢ II monitoring system allows remote diagnostics over a HIPPA compliant, secure internet connection for immediate identification and resolution\n\n",{"$nulls":6},"liz.huston@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Health & Society","City Campus"]
["equipment","ActiPix D100 UV Area Imaging System","Nikon TE2000 Widefield Fluorescence Microscope with Brightfield modality.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Active-robots 10013 3WD","http://www.ncl.ac.uk/fccf\n\nThe facility contains a mixture of cell sorters providing 4 way multi parameter high speed droplet cell sorting and non sorting flow cytometers ranging from 4 colour up to 18 colour capability.\n\nAccessory instrumentation includes Lyse wash assistants, high throughput sampler module and a Vi Cell, and Tali cell counters,providing  viability and cell sizing. These are all invaluable aids to flow Cytometry analysis and sorting. A full suite of flow Cytometry analysis software is also available on dedicated analysis computers  to enable users of the facility to  analyse the acquired data quickly and efficiently.\n\nThe facility runs a one day flow Cytometry meeting once per year that has been very well attended by a worldwide audience, in addition we offer a 2 day, in depth, flow Cytometry colour compensation course, again very well attended and run approximately 4 times per year.\n\n",{"$nulls":6},"kenneth.pierce@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Acuity ETS Limited TOB-X23 Tobii Eye Tracker","Measuring over the nanometer to millimeter particle size ranges, it packs exceptional performance into the smallest of footprints, bringing operator-independent measurements that every user can rely on. With excellent Malvern software, the total package allows for simple method development of research intensive quality.\n\n",{"$nulls":6},"claire.smith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Advanced Chemicals and Materials Analysis Service (ACMA)","Ideal equipment for formulation research and design, or education purposes. Its typical applications include drying, wurster coating and agglomeration.\n\n",{"$nulls":6},"alasdair.charles@ncl.ac.uk",{"$nulls":3},"acma@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Advanced Medical Equipment Ltd 64 channel EEG amp","Evaluate and screen scaffold materials in an articular cartilage loading-mimic environment\n\n",{"$nulls":6},"hamish.mcallister-williams@ncl.ac.uk",{"$nulls":3},"andy.hanson@ncl.ac.uk",null,null,"Institute of Neuroscience","Campus for Ageing & Vitality","Medical School"]
["equipment","Advanced Medical Equipment Ltd EEG/EP and SOURCE","Measure multiple on-site environmental parameters of aqueous samples during environmental surveys\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Affymetrix UK Ltd. Affymetric Gene Chip System","Essential for confirming the formation of microbubbles as a response to set flow parameters; and measuring microbubble diameter, its dissolution rate, flow features (jet diameter).\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Affymetrix UK Ltd. GCS3000 7g system","The Panasonic MDF-DU700VH-PE (former KM-DU73Y1E) Eco VIP ultra-low freezer with natural refrigerants minimises energy consumption, reduces environmental impact and saves money. Innovative technology and Class IIa medical device certification provide secure storage of valuable research and clinical samples.\n\nNatural Refrigerants Natural hydrocarbon refrigerants provide more efficient cooling due to their high latent heat of evaporation. As a result, smaller compressors can be used leading to greater energy efficiency. With exceptionally low global warming potential natural refrigerants are also better for the environment.\n\nHeat Exchanger Design A new patent-pending heat exchanger design provides greater surface area contact at critical points in the refrigeration system. This improves overall efficiency and reduces compressor running time for lower energy consumption.\n\nHigh Efficiency Insulation with VIP PLUS Technology Panasonicäó»s latest development in vacuum insulation is VIP PLUS technology. This revolutionary vacuum insulation panel reduces the wall thickness by approximately one half and achieves up to 30% more storage capacity than a conventionally insulated freezer, maximizing storage capacity and saving valuable lab space. Just as importantly, the advanced thermal insulation properties of VIP PLUS improve the energy efficiency of Eco VIP ULT freezers for lower running costs per sample.\n\nAutomatic Compressor Cycling Compressor ON - OFF cycles are regulated automatically in response to cooling demand to minimise compressor running time and to save energy.\n\n",{"$nulls":6},"a.m.r.gatehouse@ncl.ac.uk",{"$nulls":3},"gillian.davison@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Affymetrix UK Ltd. Upgrade to GCS300","Spectrum Twoä‹¢ is the IR spectrometer of choice for everybody, everywhere. Ideally suited to everyday analysis, you can confidently perform fast, accurate IR analysis and assure the quality of your materials across a wide range of applications. Breaking new ground in operational simplicity, Spectrum Two combines superb performance with a low maintenance design.\n\nThe standard configuration of Spectrum Two, is suitable for a wide range of applications and includes a high performance detector, a standard sample compartment with sample slide mount and the comprehensive Spectrum 10ä‹¢, and Spectrum 10ä‹¢\n\nFitted with most common sampling configuration, the Universal ATR, the PerkinElmer UATR (Single Reflection Diamond) accessory\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Agilent N8975A - 10MHz to 26.5GHz NFA series noise figure analyzer","www.ncl.ac.uk/ctf\n\nThe Cellular Therapies Facility is a state-of-the-art clean room GMP service providing a dedicated home for the development of Advanced Therapeutic Medicinal Products (ATMPs), regenerative medicine therapies for use in clinical trials and tissue preparation for transplant.\n\nIt has over 15 years experience in the production of haematopoietic stem cells for transplantation and offers a Regional Transplant Service.  The Facility also works with leading clinicians to develop and manufacture novel cellular therapies.\n\nThe facility consists of 9 EU GMP Grade B clean rooms, supported by 2 Grade C preparation rooms, making the provision one of the largest academic run units in Europe. Cell manipulations are carried out in Grade A environments provided for by Class II Microbiological Safety Cabinets, with integrated non-viable particle monitoring.\n\nThe Cellular Therapies Facility holds a Human Tissue Authority licence, an MHRA Manufacturer Specials (MS) Licence and an MHRA Manufactureräó»s Authorisation for Investigational Medicinal Products (MIA IMP) Licence.\n\nNewcastle University combined with The Newcastle upon Tyne Hospitals NHS Foundation Trust is a recognised UK centre for translational research, with substantial experience of cellular manufacture and setting up and delivering cell therapy clinical trials.\n\n",{"$nulls":6},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies - 4200 TapeStation System","This is a 3 wheels drive, omni-wheel mobile robot kit. It capable of moving in any direction by changing the velocity and direction of each wheel without changing its orientation.\n\nThe kit includes a microcontroller, IO expansion board,  DC motors with encoders, and ultrasonic sensors.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","City Campus"]
["equipment","Agilent Technologies - 7890B Gas Chromatograph (GC) System","Described by Malvern as the worldäó»s most widely used system, this zetasizeris used for the measurement of the size, electrophoretic mobility of proteins, zeta potential of colloids and nanoparticles, and optionally the measurement of protein mobility and microrheologyof protein and polymer solutions.\n\nThe Zetasizer Nano ZS is a high performance two angle particle and molecular size analyzer for the enhanced detection of aggregates and measurement of small or dilute samples, and samples at very low or high concentration using dynamic light scattering with äóÖNIBSäó» optics. The ZSP also incorporates a zeta potential analyzer that uses electrophoretic light scattering for particles, molecules and surfaces, and a molecular weight analyzer using static light scattering.\n\nUsing Non-Invasive Backscatter optics (NIBS) it has significantly better performance than systems using 90 degree scattering optics.\n\nIn addition, a microrheology option is available for measuring sample viscosity and viscoelastic properties, as well as a Protein Measurement option for protein mobility measurements.\n\nThe flow mode option enables the system to be connected to an SEC or an FFF system to use as a detector for the size of proteins or nanoparticles.\n\nOur high performance zetasizer also enables the measurement of the molecular weight and second viral coefficient of macromolecules, and the DLS interaction parameter.\n\n",{"$nulls":6},"susan.lawson@ncl.ac.uk",{"$nulls":3},"martin.jones@ncl.ac.uk",null,null,"Engineering","City Campus"]
["equipment","Agilent Technologies - Infinity II LC System","The Protein Production Unit is part of NUPPA, the University's Protein and Proteomics Facility, and provides expertise and equipment in the production and characterisation of recombinant proteins in prokaryotic host organisms.\n\nwww.ncl.ac.uk/nuppa\n\nnuppa@ncl.ac.uk\n\n",{"$nulls":6},"wendy.toward@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus"]
["equipment","Agilent Technologies - Series 240Z Atomic Absorption","Automatic dispensing of reagents into multiwall plates and plate washing in support of enzyme-linked immunosorbant assays (ELISA)\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus"]
["equipment","Agilent Technologies 1290 Infinity Quaternary Pump","Large touch-screen display Displays more data. Easy to read and navigate. Viewable from across the lab. Energy efficient Regenerative braking returns energy to local circuit reducing utility costs. Highly efficient thermoelectric cooling results in lower power consumption. Uses the same amount of power as a 60-watt light bulb while idling. Learn More Total system design The Optima XE, its rotors and its labware are designed, manufactured, and tested as an integrated system to ensure optimal performance and safety for your lab. Learn More Zonal and continuous flow operation screens Intuitive, graphical step-by-step interface simplifies workflow Multilingual software Includes nine languages for error-free operation Improved power tolerance Maintains runs during power fluctuations. Handles a wider tolerated range of 180 VAC to 264 VAC. Tracks power interruption data to convey if parameters remained within an acceptable range. Learn More Quiet-drive technology Designed for lowest drive noise äóñ this is the quietest floor model on the market. Operates at less than 51 dBA. Learn More Context-sensitive on-screen help Find answers easily. Reduce training time and user error.\n\n",{"$nulls":6},"wendy.toward@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Catherine Cookson Building"]
["equipment","Agilent Technologies LDA UK Ltd - GCMS system with FID",{"$nulls":7},"nicola.kelly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus"]
["equipment","Agilent Technologies Ltd 1260 Infinity II LC System ","Nucleic acid purification system\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Agilent Technologies Seahorse Extracellular Flux analyser XFe96","This system performs versatile and efficient analyses through comprehensive application solutions and interactive wellness features. The Dionex Integrion system's flexible detector configurations meet your analysis needs for today and tomorrow. Its high-pressure capabilities enable faster analysis without compromising data quality. Use the system's automated eluent generation (EG) to eliminate error-prone manual eluent preparation and achieve better method reproducibility.\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"fccf@ncl.ac.uk",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Agilent Technologies UK Ltd.  1200 Analytical HPLC","The Optimaä‹¢ 8000 is a bench-top, dual-view ICP-OES with full-wavelength-range CCD array detector, delivering flexibility and excellent analytical performance.\n\nThe Optima 8000 offers a wide range features that are standard on every configuration: Flat Plateä‹¢ plasma technology, PlasmaCamä‹¢ viewing camera, advanced optical system, patented dual viewing of the plasma, custom-designed solid-state CCD array detector, unique, shear gas system, and adjustable, quick-change torch cassette.\n\nFor added flexibility, the Optima 8000 is available in two configurations, so that you can choose the nebulizers and spray chambers best suited for your applications.\n\n",{"$nulls":6},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Agilent Technologies UK Ltd.  1200 Preparative HPLC",{"$nulls":7},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Agilent Technologies UK Ltd.  1260 Infinity Preparative HPLC System","www.ncl.ac.uk/nuidf\n\nThe Infectious Diseases (IDF) Facility provides the opportunity for scientists to include Hazard Group 3 (HG3) and Specified Animal Pathogen Order Group 3 pathogens in their research.\n\nResearch involving HG3 microbial pathogens is now possible. This takes place in our containment level 3 (CL3) facility.\n\nWe have two laboratory suites dedicated to the research of HG3 pathogens. These are classified by the Advisory Committee on Dangerous Pathogens and the Specified Animal Pathogen Order.\n\nYou can use our facilities to process samples and to store material for later processing.\n\nThe Facility is available to appropriately trained researchers. This includes Newcastle University staff and other local academic and commercial organisations.\n\nWe provide training and advice on the safety aspects of working at CL3. This is organised by the University Occupational Health and Safety Service and the Facility Manager.\n\nContact us: michael.glanville@ncl.ac.uk\n\n",{"$nulls":6},"helen.talbot@ncl.ac.uk",{"$nulls":3},"helen.talbot@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Agilent Technologies UK Ltd.  3.35GHz 2channel Pulse/Pattern Generator","Upgrading Systems with 8800MT\n\nThe 8800MT can be installed onto almost any hydraulic materials testing system. Upgrading the controller on your existing machines is a cost-effective way to give them a new lease of life and benefit from the latest materials testing software. Our Lab Health Campaign can help you to learn more about the advantages of upgrading and the impact it can have on your laboratory. If you are interested in upgrading your existing machines, contact us and ask for a laboratory visit.\n\n",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  40GHz Network analyser","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\n",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  6GHz Infinium scope","Nikon TIRF Microscope with Widefield Fluorescence modaility and Live Cell Imaging capability.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"alex.yakovlev@ncl.ac.uk / delong.shang@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  AFM/STM system","https://www.ncl.ac.uk/biobanks/\n\nOur Leica SCN400 Slide Scanner and Autoloader system automatically scans slides containing both sections and tissue microarrays and allows remote viewing, management and analysis of sections through digital pathology management system.\n\nThis web-based technology allows clients to: äó¢\tview digital slides from any workstation on the network, eliminating the delay of physically transporting glass slides from one department to another äó¢\tshare and discuss digital slides in real time in multiple remote locations by using digital slide conferencing äó¢\tview multiple digital slides concurrently äó¢\tannotate scanned sections with the aid of multiple drawing tools äó¢\torganise annotations by person or department by creating annotation layers äó¢\tlink annotations or images to create a viewing sequence äó¢\tadd text and descriptions to annotations äó¢\texport and import annotations\n\nSuch a system allows sections of each NBB tissue sample, processed in our state of the art processing laboratory, to be visually available for review worldwide.\n\n",{"$nulls":6},"daniel.frankel@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Agilent Technologies UK Ltd.  AGIL MSOX4104A","Microfabrication Equipment Our Microfabrication capability provides flexible opportunities for development of front-end processing and multifarious research in semiconductor device physics and technology.\n\nEquipment and capability within the ETM Group includes:\n\nLithography\n\näó¢EMS 5000 Spin Coater äó¢SLEE Co. Mask Aligner äó¢Karl Suss MJB-3 Aligner äó¢Minimum feature size: 1.5 Œµm äó¢Alignment accuracy +/- 1 Œµm (front side align) äó¢Hotplate and oven baking äó¢Lift-off process (image reversal) äó¢Spin coating of photoresists and polyimides Wet Processing\n\näó¢Two class 100 vertical laminar flow work stations with extraction. Both stations are equipped with äó¢Ultrasonic baths äó¢The Veolia Water Systems Ltd. PURELAB Ultra source of ultrapure water äó¢Chemically resistant hot plates äó¢Nitrogen jets Deposition of metals and dielectrics\n\näó¢Oxford Instruments FlexAL 200mm Atomic Layer Deposition tool äó¢Oxford Instruments Plasmalab System 400 DC & RF magnetron sputter tool; äó¢equipped with 4 inch RF and two 8 inch DC magnetrons for metals and dielectrics sputtering äó¢Two individual Kurt J. Lesker PVD 75 vacuum deposition systems. äó¢Each sputter deposition system contains two targets for magnetron sputtering. äó¢One machine is fitted with two DC power sources and the second machine has one DC and one RF/DC power source. äó¢BOC-Edwards Auto thermal evaporator fitted with four evaporation boats äó¢BOC-Edwards Auto e-beam evaporator fitted with four hearth crucible deposition of wide range of materials including refractory metals. Thermal Processing\n\näó¢JIPELEC rapid thermal processing furnace specified for SiC post-implantation annealing; äó¢annealing at temperatures up to 2000ŒÁC in argon and nitrogen äó¢Two custom made oxidation furnaces; äó¢oxidation in nitric oxide, dry and wet oxygen; äó¢JetFirst 200 bench top RTP processor; äó¢RTP at temperatures up to 1200ŒÁC in high vacuum, nitrogen, oxygen, ammonia and forming gas; Plasma Processing\n\näó¢TEGAL Co. PLASMOD microwave asher äó¢Plasma-Therm 790 series RIE machine. äó¢RIE of silicon, silicon carbide, silicon dioxide, poly-silicon, polyimide, etc. using SF6, CHF3, O2, Ar gases and mixtures äó¢Resist stripping and descum Packaging\n\näó¢TCB-21e Dage Precima Bonder Process Control Equipment\n\näó¢Carl Zeiss Interference Microscope äó¢Leitz Wetzlar Optical Microscope äó¢Tencor P-1 Long Scan Profiler äó¢KSV Instruments CAM-100 Contact Angle Meter äó¢Filmetrics F40 Thin Film Thickness Measurement System äó¢Probe station with Tektronix 577 curve tracer\n\nCharacterisation Lab The ETM Group has a climate controlled electrical and material characterisation facilities that provides the opportunity to perform an extensive array of tests on semiconductor devices and structures. Test capabilities include:\n\näó¢DC and RF 200mm probe stations for varied C-V and I-V analysis to 67GHz äó¢low and high frequency noise measurement äó¢specialist facilities in electrical measurement for hostile environments äó¢Atomic force microscopy äó¢Raman\n\n",{"$nulls":6},"patrick.degenaar@ncl.ac.uk",{"$nulls":3},"arfan.ghani@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  DS081004A Infiniium Oscilloscope",{"$nulls":7},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  E5071B - Ena Series Network Analyzer","Retrofit high speed spindle to standard CNC machines and perform micro machining experiments\n\n",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  E8267D PSG Vector Signal Generator","The BD LSRFortessa X-20 is designed to support your current assay requirements. In addition, as future needs arise, optical capability can be added or upgraded.\n\nA compact footprint and height of 76.2 x 73.7 x 76.2 cm (30 x 29 x 30 in.) allows the BD LSRFortessa X-20 to fit easily on the benchtop for the cost-effective use of valuable laboratory space. In addition to the reduced size, design enhancements provide easier access to bandpass filters and mirrors, simplifying changes in the instrument configuration.\n\nTo improve experimental workflow, the optional BDä‹¢ High Throughput Sampler (HTS) provides rapid, fully automated sample acquisition from microtiter plates. In high-throughput mode, the HTS option can speed through a 96-well plate in less than 15 minutes with less than 0.5% sample carryover from one well to the next. Low carryover is essential to ensure data quality in research applications.\n\n",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  E8361A - Microwave Vect Network Analyzer","Leica M205 Stereo Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  GCMS & GC Systems","Advanced quadrupole technology for greater sensitivity and quantitative dynamic range\n\nThe Q Exactive HF instrument uses a segmented quadrupole mass filter to achieve more precise precursor isolation for better discrimination between analytes and coeluting interferences. An advanced active beam guide increases ion transmission. The result is superior sensitivity and greater quantitative dynamic range, especially when dealing with complex mixtures.\n\nMultiple, sophisticated modes of data acquisition/quantitation ensure optimum quantitative results\n\nThe Q Exactive HF mass spectrometer supports multiple approaches to quantitation including selected ion monitoring (SIM), parallel-reaction monitoring (PRM), and data-independent acquisition (DIA). Users can select the technique best matched to their sample and information requirements. äó¢SIM - selected ion monitoring provides simple method setup with maximum selectivity and sensitivity. It is ideal for quantifying small numbers of compound in samples of moderate complexity. äó¢PRM - parallel-reaction monitoring provides high selectivity and high sensitivity with confident targeted confirmation. Quantitation is carried out post-acquisition for greater throughput. High-resolution, accurate-mass Orbitrap spectra ensure confident confirmation through library matching. äó¢DIA - data independent acquisition enables large-scale targeted proteomics studies with qualitative confirmation. Its simple and universal acquisition set-up does not require detailed sample knowledge prior to data acquisition. DIA increases reproducibility and comprehensiveness with a complete record of quantitative data. It facilitates retrospective analysis of additional analytes.\n\nUltra-high-field Orbitrap mass analyzer increases resolving power and scan speed for greater productivity and higher confidence in less time\n\nThe Q Exactive HF system features a new ultra-high-field Orbitrap mass analyzer that, while physically smaller, provides higher resolution and faster scan speeds. Combined with the inherent superior quality of Orbitrap spectra, the Q Exactive HF system provides more-confident identification and quantitation in less time\n\näó¢Scan speed up to 18 Hz result in up to 50% more IDs from shorter gradients äó¢Resolving power of up to 240,000 (FWHM) at m/z 200 ensures maximum ID confidence äó¢Spectral quality significantly superior to Q-TOF mass spectrometers yields better protein coverage and quantitation results äó¢Polarity switching (one full cycle in <1 sec at a resolution setting of 60,000) enables analysis of more, different compounds in a single analysis\n\n",{"$nulls":6},"martin.jones@ncl.ac.uk",{"$nulls":3},"paul.donohoe@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Agilent Technologies UK Ltd.  Logic Analysis system","<h2>Blastomere Biopsy, Polar Body Biopsy, Blastocyst Collapsing (for vitrification)</h2>\n\nThe Saturn 5 Activeä‹¢ directional laser allows the embryo to stay in the desired position and focus so that ablations can be made wherever required without additional manipulation.  Our Biopsy Mode also allows safe multi-pulse drilling along a predetermined line.\n\n<h2>Assisted Hatching</h2>\n\nThe directional laser means that accurate ablations can be made without the need to hold the embryo, making it very quick and accurate, with no additional consumable costs.\n\n<h2>Blastocyst/Trophectoderm Biopsy</h2>\n\nThe Saturn 5 Activeä‹¢ is unparalled in its ease of use.\n\nThe directional laser allows the user to make multiple ablations across the trophectoderm cells without needing to move the blastocyst.\n\nThis gives the user superb accuracy, safety and incredible speed.\n\n",{"$nulls":6},"alex.yakovlev@ncl.ac.uk / delong.shang@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  Pattern generator","ActiGraph accelerometry monitors are among the most widely used and extensively validated devices of their kind, and our innovative software platform provides comprehensive data analysis, management, and logistics support\n\n",{"$nulls":6},"alex.yakovlev@ncl.ac.uk / delong.shang@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  Semiconductor parametric analyser","Common usage includes investigation, selection, comparison and end-use performance evaluation of materials in research, quality control and production applications. Properties measured by TA Instrumentsäó» DSC techniques include glass transitions, äóìcoldäó\u009d crystallization, phase changes, melting, crystallization, product stability, cure / cure kinetics, and oxidative stability.\n\nTA Instrumentsäó» patented Tzeroä‹¢ DSC technology, is a revolutionary and fundamentally more accurate way of measuring heat flow. It provides significant improvements in baseline flatness, transition resolution and sensitivity. Tzeroä‹¢ technology allows direct measurement of heat capacity, and makes ModulatedŒ¬ DSC experiments both faster and more accurate.\n\nThis instrument is widely used in the pharmaceutical and polymer industry. This technique is used across a range of applications such as examining polymeric materials to determine their thermal transitions, studying oxidative stability and general chemical analysis.\n\n",{"$nulls":6},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  SRIF3/Precision impdence analyser HP4294A","Allow reactions to be carried out with dilute gases such as CO2 at atmospheric concentrations\n\n",{"$nulls":6},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Agilent Technologies UK Ltd.  Various","The Agilent Cary 60 UV-Vis Spectrophotometer is efficient, accurate and flexible, and is designed to meet your immediate and future challenges. With remote sampling options, proven performance and low cost of ownership, you can be sure that the Agilent Cary 60 UV-Vis will give you answers you can trust.\n\nA versatile instrument commonly used in analytical chemistry for the quantitative determination of many analytes, from biological macromolecules to transition metal ions. We recommend this kit for producing rapid, accurate and reproducible results.\n\n",{"$nulls":6},"david.branch@ncl.ac.uk",{"$nulls":3},"david.branch@ncl.ac.uk",null,null,"Engineering","Unknown","Unspecified"]
["equipment","Air Monitors Chemiluminescent NOx Only Analyser","<h2>Key Features</h2>\n\n\n<ul>\n\t<li>Sensors: The TPS 2500 S operates a wide variety of Hot Disk sensors. With sensor radius from 0.5 mm up to 30 mm the instrument is suitable for all kinds of materials and applications.</li>\n\t<li>Temperature Control: Automatic Temperature series measurements (Isothermal Steps) are easy to perform using either an optional external Furnace or a temperature-controlled Circulating Bath. These external devices can be directly controlled through the Hot Disk Thermal Analyser software to ensure ease of use.</li>\n\t<li>Everything to get you started: The basic TPS 2500 S system includes everything to get you started making measurements, including installation and on-site training. The instrumentation includes: Hot Disk TPS 2500 S instrument; Isotropic, One-dimensional and Structural Probe software modules; a Sensor; Stainless Steel Verification Samples and Room-Temperature Sample Holder.</li>\n</ul>\n",{"$nulls":6},"fabio.galatioto@ncl.ac.uk",{"$nulls":3},"fabio.galatioto@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Aj003S Arrayjet Sprint Microarrayer","Carry out high performance simulation to be executed using parallel processing architectures\n\n",{"$nulls":6},"christopher.bulman@ncl.ac.uk",{"$nulls":3},"peter.shotton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","AKTA pure","ACQUITY QDa is as intuitive as an optical detector, with the robustness to handle all of your analyses. Working in harmony with your chromatography, it is pre-optimized to work with your samples, without the sample-specific or user adjustments typical of traditional mass spectrometers. For the first time, any analytical scientist can consistently generate the highest quality mass spectral data, routinely without the need for any special training or expertise thus eliminating any need to contract out and wait for results from specialist analytical service laboratories.\n\n",{"$nulls":6},"paula.salgado@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine"]
["equipment","AKTA Pure","Zeiss LSM510 Confocal Microscope with Live Cell Imaging capabilities.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"timothy.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","Allentown Europe - 80 Cage PNC Rack","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings or training on this equipment.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\nThis new tissue processor further enhances processing of tissue for diagnostic and research TEM, immuno-fluorescence and confocal specimen processing. The new design of the PELCO BioWaveŒ¬ Pro+ introduces new features that improve efficiency and streamline functionality. It is built on trusted technology and adds enhancements for efficient laboratory processing.\n\nThe BioWave Pro+ meets the current needs of the modern laboratory with up-to-date technology. With clickable text navigation, screen interactions are simple and clear. Live run-time graphs provide an easily accessible view of the current protocol in real-time. The simplified protocol selection screen allows one-touch access to loaded and custom protocols.\n\nTrusted Technology, Enhanced Efficiency\n\nUser-Friendly Run Screens - intuitive functions in a simple, consistent format offer all setting controls within one screen Live Run-Time Graph - quick and convenient view of the current protocol in real-time provides an active view of run progress Simplified Protocol Selection - icon-driven interface allows users one-touch access to pre-loaded and customized protocols Two USB Ports - for convenient data transfer of protocols and recorded run information The BioWave Pro+ fits nicely into a core facility or multi-user environment by providing options to users on data manipulation. Users are able to create a folder for their protocols and recorded data on the BioWave Pro+ directly or may choose to keep their data and protocols on a USB key.\n\nBioWave Pro+ RPM\n\nThe BioWave Pro+ and RPM (Report/Protocol Manager) app simplifies data transfer and custom protocol upload. The Report/Protocol Manager (RPM) is designed to meet diagnostic laboratory regulations on reviewing recorded data for each protocol. Recorded data can be downloaded to the USB key and then transferred into the RPM app on a laboratory computer. The RPM app also provides an improved design for protocol creation and review. The completed protocol can be uploaded to the USB key and then downloaded to the BioWave Pro+ directly from the touchscreen.\n\n",{"$nulls":6},"heather.crawford@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Comparative Biology Centre","Restricted"]
["equipment","Allentown Europe - NexGen Low Profile 160 cage PNC rack","www.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\ncontact: bioimaging@ncl.ac.uk\n\n",{"$nulls":6},"heather.crawford@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Comparative Biology Centre","Restricted"]
["equipment","Allentown Europe, NexGen 80 cage PNC rack ","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"chris.skinner@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","William Leech Building"]
["equipment","Alpha Omega GmBHCK Cerebus 128","Mixing is one of the basic operations in mechanical processing engineering. In this way, at least two starting substances are combined into one substance that should be as homogeneous as possible.\n\nNetzsch advertise that this instrument is suitable for adhesives, sealants, synthetic lubricants, dental and casting compounds, powdery reagents, liquid silicone rubber and battery compounds.\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Alvatek MultiEmstat4",{"$nulls":7},"sharon.velasquez-orta@newcastle.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Amari Magnetar GPU","This equipment is located within the High Throughput Screening Facility: www.ncl.ac.uk/htsf\n\n",{"$nulls":6},"anthony.harriman@ncl.ac.uk",{"$nulls":3},"anthony.harriman@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Amnis Imagestream","Lica SP8-STED Confocal Microscope with Super Resolution and Live Cell Imaging capabilities.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"alan.boddy@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Amplicon Liveline Limited 96020004; 91042530; 91072560",{"$nulls":7},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","Agricultural Sites","Cockle Park Farm"]
["equipment","Anachem Ltd GENEPIX 4000B MICROARRAY SCANNER","The system will allow automated and manual high accuracy deposition of cells and scaffold structures at a resolution which is currently unavailable.\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"susan.cook@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Anachem Ltd Insitupro Base Unit","Permit simultaneous high data rate recording of multi-frequency satellite navigation signals from all the currently operating GNSS systems\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Analytical pump platform for The LC-4000","Manipulation, transport and preparation of air-sensitive samples in vacuum and inert atmosphere for XPS analysis\n\n",{"$nulls":6},"joanne.lakey@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Analytical Spectral Devices Inc Field Spec Pro FR","Gain sensitivity, resolution and speed for all your experiments. Image with negligible phototoxicity or bleaching - without changing your workflow, sample labels or system operation. Airyscanäó»s unique Fast mode speeds up your imaging by a factor of four. This will propel you into the traditional domain of resonant scanning confocals without sacrificing sensitivity or resolution. Airyscan delivers a perfect optical section and superresolution with high sensitivity at 120 nm laterally and 350 nm axially. This transcends the deconvolution approach by preserving precious emission light normally rejected at a closed pinhole and achieving higher resolution. Combine the Fast mode for Airyscan with Z-stacks and tiling to image even large sample volumes with high image quality. Collect all your fluorescent signals in one go. Parallel acquisition lets you investigate multiple labels in minimum time, equipped with the highest number of detectors of any confocal. Improve your image quality with the unique combination of parallel spectral acquisition and high speed GPU deconvolution. Make the most of large fields of view and the highest speed of any linear scanning confocal äóñ ZEISS LSM 880 with Airyscan delivers up to 27 fps at 480x480 pixels in Fast mode. Tailor Airyscan to your research needs with a choice of Superresolution, Sensitivity mode or the new Fast mode. Remove autofluorescence and simultaneously separate highly overlapping fluorophores in a single scan. This will minimize phototoxicity in the sample. Combine confocal imaging with single molecule techniques to gain mobility/concentration/oligomeric state information (FCS/FCCS/RICS/PCH). Select Airyscanäó»s Fast mode to perform functional multiphoton imaging deep inside your sample\n\n",{"$nulls":6},"martin.robertson@ncl.ac.uk",{"$nulls":3},"martin.robertson@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","AnalytikJena UK Multi EA4000 KIT","This is an exceptional new Ussing Chamber system design that includes individual Ussing chambers, a heating block for temperature control, needle valves for adjustment of gas flow used for oxygenation and gas lift stirring, Ag/AgCl reference electrodes for measuring transepithelial voltage and passing current and leads for connecting the electrodes to the voltage/current clamp. The system has been designed for both ease of use and easy cleanup. Tissues and cell culture inserts are first placed into a special holder that is then simply slid into position in the chamber. Unlike other systems, the chambers do not have to be removed from the heat block nor do the electrodes have to be disturbed, etc. Pricing for the systems depends on the number and type of chambers selected as given below. Please consult factory for a complete description and to discuss the chamber design most suited for use with your tissue samples and experiments.\n\n",{"$nulls":6},"Tracey.Brady@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Analytix Ltd - PRD-14292 Siervers NOA-280i Nitric Oxide","Zeiss LSM 880-NLO Confocal Microscope with Super Resolution and Multi-Photon modalities and Live Cell Imaging capability.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"daniel.padgett@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences","City Campus"]
["equipment","Analytix Ltd milestone Ethos 1 (modified) & EZ microwave reactor","TRAKingŒ¬ Constant Surface Speed Verify Solid Model Graphics Rapid Traverse with Joy Stick 3 Jaw Chuck 200mm Quick Change Toolpost and 6 Holders Centres and Bushes Tailstock Interlocked Chuck Guard and Main Guard Auto Lubrication Coolant Worklight\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Anatune Ltd (T/A ATAS)P/N PT106052A Solatek 72 vial autosampler","Assess and model ground gas movement for a better understanding of the response to the many dynamic processes which are occurring in the built environment\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Andor Technology Andor Revolution Spinning Disk Imaging","The unique expansion bays in the pump platform can be fitted with plug-in modules to quickly and easily transform a simple isocratic pumping system into a sophisticated multi-solvent delivery system by installing a second pump, degasser, quaternary gradient unit, solvent selection valve or dynamic mixer without increasing the footprint. Adding a second pump module enables an isocratic pump to be upgraded to a dual pump system for either binary gradient or two isocratic flows. A powerful configuration of the single-unit design is the quaternary gradient solvent delivery system including degasser, with a post-column reagent pump configured in a compact chassis only 300mm wide.\n\n",{"$nulls":6},"michael.taggart@ncl.ac.uk",{"$nulls":3},"michele.sweeney@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Animal Motion Capture System","Sprint Inkjet Microarrayer\n\nThis bench-top non-contact microarrayer is ideal for carrying out small microarray print runs, quickly and with a superb level of accuracy.\n\nAutomated microarray production äóñ set it up and walk away. Perfect when space is at a premium - designed to sit on a lab bench. Superfast: print 384 samples onto 20 slides in under an hour. The Sprint Inkjet Microarrayer gives your lab or R&D department easy access to customized microarrays äóñ and with short set up and print times, you can produce microarrays quickly.\n\nThe Sprint is based on the same unique inkjet technology as our industrial scale microarrayers, so itäó»s very reliable and produces consistent results.  How does it work?\n\nA flexible inkjet microarrayer\n\nFlexibility lies at the heart of the Sprintäó»s design. Itäó»s built on our open platform, allowing us to customize the set up for your needs:\n\nAdapts to a varied range of applications. You can print microarrays with a range of samples - from nucleic acids to cell lysates. The included Command Centreä‹¢ Software lets you design the microarray layout you need. Print onto different substrate sizes and types. The Sprint can be adapted to accept two-part plates. Consistent, reproducible results\n\nThe Sprint Inkjet Microarrayer produces consistent microarrays, time after time. This enables you to accurately reproduce experimental conditions and generate meaningful, comparable data.\n\nSprint capacity\n\nThe Sprint Inkjet Microarrayer is ideal for small scale microarray production.\n\nPrint microarrays on up to 20 slides or alternative substrates automatically Accepts up to four microplates of probe material (two initially, plus two manually reloaded)\n\n",{"$nulls":6},"michelle.wood@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering"]
["equipment","Animal Telemetry Equipment - DSI ","The 708-DS Dissolution Apparatus is designed for reproducibility and ease of qualification, and is the ideal platform for standardising dissolution testing. The rugged, yet versatile, instrument minimizes external variable influences and conforms to British Pharmacopoeia standards. This instrument provides critical in vitro drug release information for quality control and drug development to predict in vivo drug release profiles.\n\nOur dissolution rig is connected to an Agilent UV-Vis Cary Series 60 spectrophotometer for excellent analytical services. Other features include automated dosage delivery, user-friendly navigation and customisable options (interchangeable baskets and paddles, for example).\n\n",{"$nulls":6},"karen.kernon@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Newcastle Hopsitals","Henry Wellcome Building"]
["equipment","APC Cardiovasculor Ltd. Task force monitor","Used for the endoscope test on the engine deposit check. The kit is in daily use until the 30th April 2014, after which it will be available on loan, generally for two week periods.\n\n",{"$nulls":6},"julia.newton@ncl.ac.uk",{"$nulls":3},"julia.newton@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","Apogent Discoveries Ltd Microgrid","Create liquid artificial extracellular matrix for tissue engineering\n\n",{"$nulls":6},"nicholas.allenby@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Baddiley-Clark Building"]
["equipment","Apple MD662B/A","The Ion Chef System is the next generation of workflow simplification products for the Ion S5, Ion Proton, and Ion PGM systems. The Ion Chef System provides automated library preparation, template preparation, and chip loading for users at any experience level. In less than 15 minutes of up-front hands-on time and with the use of pre-packaged library preparation reagent kits, the Ion Chef System provides a convenient walk-away workflow resulting in equalized, pooled libraries ready for templating. The automated workflow supports Ion AmpliSeq one- and two-pool designs. See www.AmpliSeq.com to design your own custom panels. Compared to the four hours of hands-on time required with the Ion OneTouch 2 System, the Ion Chef System enables significantly higher productivity. Again, in less than 15 minutes of hands-on time, the fully automated template preparation provides two chips ready for sequencing.\n\n",{"$nulls":6},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Apple Xemplar Education Exabyte Magnum 8x1 LTO-2","Automates temperature controlled incubation and subsequent stabilization of whole blood using up to 5 Smart Tubes for downstream single-cell analysis of surface epitopes, phospho-epitopes, intracellular cytokines, cell cycle, other assays.\n\n",{"$nulls":6},"neil.davidson@ncl.ac.uk",{"$nulls":3},"neil.davidson@ncl.ac.uk",null,null,"Culture Lab","City Campus","Culture Lab"]
["equipment","Applera Europe BV (Applied Biosystems) AB 31 30xl Genetic Analyser","If youäó»re looking for practicality, but desire the functionality and performance of an ultracentrifuge, youäó»ve found the perfect instrument: the Optima XE. This ultracentrifuge provides all of the features youäó»d expect, along with some very beneficial enhancements you wonäó»t find anywhere else. With total-system design in mind from the start, we created the Optima XE to simplify use, increase productivity, and reduce error. Youäó»ll applaud its intelligent user interface, multi-layered BioSafety features, and energy efficiency. And of course, our total system design backed by our exclusive rotors, labware, and unparalleled service.\n\nLarge touch-screen display Displays more data. Easy to read and navigate. Viewable from across the lab. Energy efficient Regenerative braking returns energy to local circuit reducing utility costs. Highly efficient thermoelectric cooling results in lower power consumption. Uses the same amount of power as a 60-watt light bulb while idling.\n\nTotal system design The Optima XE, its rotors and its labware are designed, manufactured, and tested as an integrated system to ensure optimal performance and safety for your lab.\n\nZonal and continuous flow operation screens Intuitive, graphical step-by-step interface simplifies workflow\n\nMultilingual software Includes nine languages for error-free operation\n\nImproved power tolerance Maintains runs during power fluctuations. Handles a wider tolerated range of 180 VAC to 264 VAC. Tracks power interruption data to convey if parameters remained within an acceptable range.\n\nQuiet-drive technology Designed for lowest drive noise äóñ this is the quietest floor model on the market. Operates at less than 51 dBA.\n\nContext-sensitive on-screen help Find answers easily. Reduce training time and user error.\n\n",{"$nulls":6},"kirsten.wolff@ncl.ac.uk",{"$nulls":3},"mark.bendall@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Applera Europe BV (Applied Biosystems) Abi Prism 7000 Sequence Detection Unit","www.ncl.ac.uk/emrs\n\nThe facilities allow high resolution, high magnification imaging of a wide range of specimens from both biological and material sciences.\n\nExperienced staff can provide support in all areas of both transmission (TEM) and scanning (SEM) electron microscopy including serial block face SEM. As well as offering sample preparation, there is expert advice available for interpretation of images. Specialists can be called upon for advice in areas such as renal ultrastructure, neuroscience and stereology.\n\nPotential customers are welcome to call in to discuss their requirements and see the equipment available. Although a full support service is available, experienced users are also able to use the facility on a self-service basis. Training in all aspects of EM is offered and can be tailored to individual needs äóñ from complete beginners to those requiring a refresher course.\n\nThe latest addition to the facility is a Zeiss FEG-SEM with Gatan 3view for serial block face SEM for 3D reconstruction of biological material at the ultrastructural level.\n\nThe facility also houses a Philips CM100 Transmission EM with Compustage and digital image capture for visualisation of cellular ultrastructure.\n\nSpecialised techniques for TEM: äó¢Negative/positive staining äó¢Freeze substitution äó¢Pre-embedding immunogold äó¢Pre-embedding enzyme histochemistry äó¢Post-embedding immunogold\n\nTypical applications for TEM: äó¢Plant and animal tissue and cell culture äó¢Isolated proteins äó¢Detergent-extracted cytoskeleton and organelles äó¢Bacteria and viruses äó¢Particulate size and distribution in non-biological samples\n\nThe facility also houses a new TESCAN Vega LMU SEM which is a fully PC controlled SEM with tungsten heated cathode intended both for high vacuum and low vacuum operations. Scanning electron microscopy allows high resolution imaging of surfaces.\n\nTypical applications for SEM: äó¢Plant and animal tissue äó¢Biofilms äó¢Dental research äó¢Bacteria äó¢MEMS äó¢Quality control\n\nContact us: EM.researchservices@ncl.ac.uk\n\n",{"$nulls":6},"david.jones@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applera Europe BV (Applied Biosystems) Fast realtime PCR system package","Zeiss AxioImager Widefield Fluorescence Microscope with Brightfield modality.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"jelena.mann@ncl.a.c.uk",{"$nulls":3},"krystena.callaghan@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applera UKABI Prism 7900HT SDS 96 Well","Catering to all applications, skill sets Varioskan LUX is a versatile tool for busy labs. Configure the instrument to your needs, then upgrade when your research focus changes. Supports the following measurement technologies: äó¢\tAbsorbance (UV-Vis, including pathlength correction) äó¢\tFluorescence Intensity (including FRET) äó¢\tLuminescence (direct and filtered, including BRET) äó¢\tAlphaScreen / AlphaLISA äó¢\tTime-resolved fluorescence (including TR-FRET, hTRF) Flexible wavelength selection The instrument selects the measurement wavelength using filters or monochromators, depending on which is optimal for each measurement technology. äó¢\tMonochromators in absorbance and fluorescence intensity äó¢\tFilters in AlphaScreen and time-resolved fluorescence äó¢\tLuminescence without wavelength selection (filters can be used if required) The instrument also allows spectral scanning for ultimate flexibility for identifying the optimal measurement wavelength for any assay, now and in the future. Features Automatic dynamic range selection Many multimode readers require the user to adjust PMT gain voltages manually in order to achieve the optimal sample signals for fluorescence and luminescence assays. But this manual trial and error process takes time, and can result in loss of sensitivity or over-saturation of signals. The Varioskan LUX multimode reader has an automatic dynamic range selection feature designed to automatically select the optimal reading range based on the signal intensity in each well - easing assay setup and helping you get optimal results, every time. Smart safety controls The potential for experimental errorsäóîfrom user mistakes to power outagesäóîare a frustrating reality of microplate reading. But the Varioskan LUX instrument is designed with automatic safety checks designed to alert you of potential problems before they happen. Integrated gas control Some cell-based assays require precise control over carbon dioxide and oxygen concentrations to keep the atmosphere optimal for cell growth. The ability to control O2 and CO2 levels in your microplate reader replaces the need for constant handling of plates between the incubator and reader, and helps to ensure that cells remain alive throughout the experiment.\n\n",{"$nulls":6},"carmen.martin-ruiz@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Medical School"]
["equipment","Applied Biosystems 3130xl genetic analyzer with computer","Nikon NiE Widefield Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Applied Biosystems Europe BV 3130xl genetic analyzer with computer","A Laser excites the fluorescent dyes bound to the cells. The emitted light has a longer wavelength and passes through a bandpass filter to shut out the excitatory and other unwanted light. The strength of this fluorescent light is measured with a detector (PMT) for each cell and is displayed in form of a histogram.\n\nFor more information and specs:\n\nhttp://www.ncl.ac.uk/fccf/equipment/\n\nhttp://www2.le.ac.uk/departments/csmm/facilities/facs-aria-ii-flow-cytometer\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Applied Biosystems Europe BV 4351106 7500 Fast Real Time PCR System","Cell Incubator and observation system.\n\nIncuCyte ZOOMŒ¬ enables observation and quantification of cell behavior over time by automatically gathering and analyzing images around the clock.\n\n",{"$nulls":6},"jelena.mann@ncl.a.c.uk",{"$nulls":3},"krystena.callaghan@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applied Biosystems Europe BV 7500 Fast Real Time PCR System w/Laptop",{"$nulls":7},"jelena.mann@ncl.a.c.uk",{"$nulls":3},"krystena.callaghan@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applied Biosystems Europe BV 7500 Real time PCR system","FEATURE & BENEFITS:\n\nSimultaneous analysis and display of more than 30 gases, 10-100 ppb sensitivity for many toxic gases without moisture removal, Easily transportable from site to site, with set up time in minutes, Permanent calibrations eliminates the need for costly gas cylinders, Patented, linearized detector response assures all instruments maintain the same calibration, User-friendly software for simple operation with minimal training, Integrated gas cell pressure and temperature monitoring.\n\nAPPLICATIONS: Automobile, diesel, locomotive, and catalyst exhaust monitoring. Stack monitoring (environmental compliance), continuous emissions monitoring (CEM), Process monitoring, development and optimization, Ambient air analysis (industrial hygiene), Bulk gas purity analysis, such as ammonia analysis Contamination in CO2 Sequestration, SCR - selective catalytic reduction performance monitoring\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Applied Biosystems Europe BV 7900HT fast real time system","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\n",{"$nulls":6},"anne.dickinson@ncl.ac.uk",{"$nulls":3},"elizabeth.douglas@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applied Biosystems Europe BV 7900HT sequence detection system",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Applied Biosystems Europe BV AB 3730xl 96 CAP DNA analyzer","1 X CHAMELEON SYSTEM: VISION II: INTEGRATED PRECOMPENSATION: 80 MHz: (RoHS); 4 X Productivity Plus Gold - Chameleon Vision II\n\n",{"$nulls":6},"jerry.barnes@ncl.ac.uk",{"$nulls":3},"helen.martin2@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","King George VI Building"]
["equipment","Applied Biosystems Europe BV ABI Prism 3100 Genetic Analyzer",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Applied Biosystems Europe BV Abi Prism 7900 + MFC bundle","Upgrade existing static tri-axial test equipment to enable stress probing of soil samples and more rigorous assessment of engineered barrier material behaviour under long term conditions, e.g. real-time, 3D strain measurements\n\n",{"$nulls":6},"john.isaacs@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applied Biosystems Europe BV Abi Prism 7900HT SDS 96 Well",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Applied Biosystems Europe BV ALB/DYOUNG/7900HT Fast Real Time Syst+Fast 96wbloc",{"$nulls":7},"david.young@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Applied Biosystems Europe BV API 4000 MS/MS System","Isoleraä‹¢ Spektra is a high performance ACIä‹¢ Accelerated Chromatographic Isolation system. Available as Isolera Spektra One, Four and LS, with time, efficiency and cost saving purification run features that are normally only found on the worldäó»s most expensive high-end chromatography systems.\n\nWith Isoleraä‹¢ Assist you get the benefits of the feature-rich Isolera Flash Purification Systems in a simple and easy to use interface. It ensures you achieve the best results, regardless of your experience level.\n\n",{"$nulls":6},"alan.boddy@ncl.ac.uk",{"$nulls":3},"philip.berry@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Applied Biosystems Europe BV API 4000 MS/MS System","Perform basic ion analysis reliably. The Thermo Scientificä‹¢ Dionexä‹¢ Aquionä‹¢ IC system is a simple, compact platform with straightforward operation for budget-limited labs. This basic IC system features dual-piston pumping, electrolytic suppression, high sensitivity and set-and-forget convenience. Enjoy ease of use, fast start up times and reliable, stable performance for demanding applications in environmental, food safety, and academic laboratories. The system comes with Thermo Scientificä‹¢ Dionexä‹¢ Chromeleonä‹¢ Chromatography Data System (CDS) software for automation and data handling.\n\n",{"$nulls":6},"alan.boddy@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Applied Biosystems Europe BV Ion Torrent Personal Genome Machine",{"$nulls":7},"tom.curtis@ncl.ac.uk",{"$nulls":3},"donna.swan@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Applied Biosystems Viia7 384 well instrument",{"$nulls":7},"lisa.russell@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Applied Imaging Cytovision Image analysis system","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"christine.harrison@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Medical School"]
["equipment","Applied Photophysics Ltd. Upgrade of Stopped Fluorometer","The SCALEXIO Processing Unit is based on an industrial PC with either an Intel XEON E5 octa-core processor or an Intel XEON E3 quad-core processor, a real-time operating system (RTOS), and a PCIe plug-on card developed by dSPACE for communication with the I/O and with other real-time processors. Because the processor and motherboard components are standard components, they can be updated regularly to benefit from performance improvements in processor technology. To ensure communication between the real-time application running on the processor and the I/O, dSPACE offers the SCALEXIO Real-Time Library, which is based on the QNXŒ¬ real-time operating system.\n\n",{"$nulls":6},"jeremy.lakey@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Applikon Biotechnology 3 litre biobundle package","Record 24 hour electrocardiograms to support a range of research projects in diagnostic and therapeutic technologies\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Applikon Biotechnology UK 500ml Autoclavable BioBundle","Transforming UV-Vis detection technology with its increased sensitivity, minute sample requirements and dynamic range, this product unlocks completely new applications for UV-Vis absorbance detection and greatly enhancing existing applications.\n\nThe flexible nature of this instrument lends itself to research in many areas, including lab on a chip, drug release, particle and cell tracking and capillary electrophoresis to name a few.\n\n",{"$nulls":6},"wendy.toward@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Aquarienbau Schwarz Fish Tank",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Articulate Instruments Ltd Win EPG Articulate System","Dynamic Mechanical Analysis (DMA) measures the mechanical properties of materials as a function of time, temperature, and frequency. In addition to basic material properties, DMA also quantifies finished part characteristics, reflecting the important contribution that processing has on end-use performance. DMA is commonly used to measure glass transition temperatures and secondary transitions, orientation caused by processing, cold crystallization, cure optimization, filler effects in composites, and much more. DMA provides an accurate measure of material stiffness (modulus) but also other important mechanical properties such as damping, creep, and stress relaxation.\n\nThe Q800 is the worldäó»s best selling dynamic mechanical analyser (DMA) due to its state-of-the-art technology. Excellent in applications of analysis of relative humidity, but not limited as the DMA is used in verification of ideal material behaviour with many other opportunities for experimentation.\n\n",{"$nulls":6},"ghada.khattab@ncl.ac.uk",{"$nulls":3},"dennis.bates@ncl.ac.uk",null,null,"School of Education, Communication & Language Sciences","City Campus","King George VI Building"]
["equipment","Assay Miniturisation Mosquito HTS","Transport samples between different pieces of state-of-the-art surface analysis instrumentation without exposing samples to ambient conditions\n\n",{"$nulls":6},"yasmin.ibrahim@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","Astell Scientific Ltd Single Door 350 litre square autoclave (1)","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Astell Scientific Ltd Single Door 350 litre square autoclave (2)","Nikon E800 Widefield Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Asynt Ltd Uniqsis Flow Syn (50% prepayment)","Zeiss AxioObserver Widefield Fluorescence Microscope with E-phys modality.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"michael.carroll@ncl.ac.uk",{"$nulls":3},"michael.carroll@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Atlantas Marine Ltd Videoray Pro 4 CD300SE Pro 4","Using mosquito HTS means you can prepare äóìassay readyäó\u009d plates containing test compounds direct from library stocks or dilution plates, as the disposable micropipettes guarantee zero carry-over between samples. mosquito HTS can aspirate from any source plate leaving dead volumes of less than 0.3 ‘?L äóñ both critical cost areas to consider when capitalising on the savings of assay miniaturisation for high throughput screening assays.\n\nYou can easily program mosquito HTS to perform traditional serial dilutions by aspirating, dispensing and mixing across a plate using miniaturised volumes ranging from 25 nLäóñ1.2 ‘?L. This allows you to effectively perform hit confirmation from high throughput screening assays using multiple compound concentrations.\n\n",{"$nulls":6},"jeff.neasham@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Atomic Force Microscope","The CliniMACS ProdigyŒ¬ is located within the Newcastle Cellular Therapies Facility, an MHRA licensed clean room complex designed specifically for the production of cellular therapies. It is one of the biggest such facilities in Europe, making Newcastle the ideal place to manufacture cellular therapies for translational clinical research.\n\nNewcastle University combined with The Newcastle upon Tyne Hospitals NHS Foundation Trust is a recognised UK centre for translational research, with substantial experience of cellular manufacture and setting up and delivering cell therapy clinical trials.\n\nFor more information please visit: www.ncl.ac.uk/ctf\n\n",{"$nulls":6},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"ken madden",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Atomic Force Microscope","Clean silicon wafers, remove organic contaminants and uniform oxide layer\n\n",{"$nulls":6},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","AVL 1CH SDC","Superdex Peptide 10/300 GL is a prepacked column for high-resolution size exclusion chromatography for small-scale preparative purification and analysis of peptides and other small biomolecules with molecular weights between 100 and 7000. äó¢ High-resolution separations of proteins, peptides, and other biomolecules according to size. äó¢ Well suited for the polishing step in a purification procedure. äó¢ Easy and predictable scale-up. äó¢ Excellent reproducibility and durability.\n\nSuperdex prepacked columns are designed for high-performance, laboratory-scale separations of proteins, peptides, and other biomolecules according to size. High performance gel filtration offers fast separations with high resolution for a variety of applications including protein purification, studies of complex formation, and screening of uncharacterized samples.\n\n",{"$nulls":6},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","AVL 365C-SET-CONVERTER","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\nMass cytometry uniquely combines time-of-flight mass spectrometry with Maxpar metal-labeling technology to enable breakthrough discovery and comprehensive functional profiling applications. Cellular targets are labeled with metal-tagged antibodies and detected and quantified by time-of-flight mass spectrometry. The high purity and choice of metal isotopes ensure minimal background noise from signal overlap or endogenous cellular components. And 135 available detection channels ensure an ongoing ability to add more parameters, enabling you to fully study the functional complexity of biological systems at the single-cell level.\n\n",{"$nulls":6},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","AVL QC34C/AS02, ZP91.00/1-4, SG20, TT15, TD01, TT08, SF01 THERMOCUP1200","CIVG - GC-MS instrument CIVG - GC equipment CIVG - Laboratory data system CIVG - Chromatography server CIVG - LC-MS-MS instrument CIVG - Finnigan Delta V IRMS CIVG - ICP-MS CIVG - ICP-OES\n\n",{"$nulls":6},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Bakerail Ltd Mini Prof Wheel and Rail Systems PDA Software","https://www.ncl.ac.uk/bsu/\n\nThe Bioinformatics Support Unit provides data analysis and experimental design services for next-generation sequencing, microarrays, proteomics and more. We aim to serve Newcastle University, other academic institutions, the NHS and industry.\n\nThe BSU has expertise in the following areas and software packages:\n\näó¢Next-Generation Sequence Analysis\n\näó¢BWA, Bowtie and other aligners for all NGS platforms and applications\n\näó¢Mira and Velvet for de novo assembly\n\näó¢Tophat, Cufflinks, DESeq and Trinity (among others) for RNA-Seq analysis\n\näó¢GATK for variant calling\n\näó¢MACS, SISSRs and other peak callers for ChIP-Seq analysis\n\näó¢Microarray Analysis\n\näó¢Experience with data from all major array platforms (Affymetrix, Illumina, Nimblegen & Agilent)\n\näó¢Varying data types, including expression, methylation, MEDIP-ChIP, and tiling arrays\n\näó¢GeneSpring GX\n\näó¢BioConductor/R\n\näó¢Proteomics Analysis\n\näó¢Bioinformatic screening for potential protein-protein interactions\n\näó¢Analysis of SILAC data using MaxQuant\n\näó¢2D-GE analysis\n\nFurther Expertise\n\näó¢Remote homology and domain detection using HMMs\n\näó¢Database design\n\näó¢Custom pipeline creation\n\näó¢Custom software engineering\n\nAs well as these analysis services, we also provide training courses and bespoke 1-to-1 training for researchers and industry. We aim to provide annual Next-Generation Sequencing, and Introduction to Bioinformatics Tools courses. Our Bioconductor course is currently under development with Colin Gillespie.\n\nTo find out more, or to enquire about working with us, please contact us: bsu-support@ncl.ac.uk.\n\n",{"$nulls":6},"francis.franklin@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","BCF Imaging Orange 1040HF","Establish a testbed for automated security analysis and verification of VMWare- and Xen-based virtualized infrastructures\n\n",{"$nulls":6},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","Medical School"]
["equipment","BD Accuri","Record and analysis extracellular and intracellular data from neurons to drive and control neurons. These data are used in the context of developing novel multi-scale computational models of neurons and of neural computations. The novel models are based on simultaneous electronic recording and fast voltage sensitive dye (VSD) imaging of neurons\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","International Centre for Life"]
["equipment","Beckman Coulter Liquid handling system","<em></em>'Used for<em></em>' Mammalian cells (CHO, Hybridoma, HEK, BHK, etc.) Insect cells (Sf9, Sf21, High Five, etc.) Plant cells\n\n<em></em>'Key Benefits<em></em>' Optimum conditions Excellent results Intuitive control Access points for external sensors Even easier to clean Hygienic direct steam humidification\n\n<em></em>'Applications<em></em>' Parallel cultivation Screening Protein expression Media development Scale up Process development and optimisation Biofuels Molecular biology (e.g. mini- and maxipreps)\n\n",{"$nulls":6},"jane.endicott@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Beckman Coulter Optimaâ„¢ XE Ultracentrifuge","Amplify the charge signal from the piezo pressure transducer to voltage signal\n\n",{"$nulls":6},"glynis.mitchinson@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Beckman Coulter UK Ltd - Moflow Astrios EQS High Speed Sorter","The Advanced Teaching System extends the experiment range of the Intermediate Teaching System into human spirometry by including a Spirometer Pod, Respiratory Flow Head and related accessories.\n\nIt provides the hardware and software to conduct a number of human physiology experiments which include breathing, respiratory, blood pressure, ECG, muscle, EMG & reflexes along with EEG measurements. The system includes LabChart and LabTutor Teaching Suite software.\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Flow Cytometry Core Facility"]
["equipment","Beckman Coulter UK Ltd. Centrifuge","AutoDG Droplet Digital PCR System for EvaGreen or probe-based digital PCR applications, includes Automated Droplet Generator, QX200 Droplet Reader, laptop computer, and QuantaSoftä‹¢ Software\n\nContact: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Beckman Coulter UK Ltd. Centrifuge","Allow the rapid, sensitive, direct and real time analysis of changes in analyte concentrations\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Beckman Coulter UK Ltd. CEQ 8800 GENETIC ANALYSIS SYSTEM","í‹KTA pure allows unattended operations by efficiently automating your purification tasks. í‹KTA pure safeguards your samples and columns so that you can focus on other things. Programmable email notifications contact you when an alarm triggers.\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Beckman Coulter UK Ltd. Elutriation Centrifuge","Improve the quality  and the volume of the useful data that are recorded\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Beckman Coulter UK Ltd. LS 230 BENCH WITH CELL","High sensitivity for chemiluminescence and quantitative near-infrared fluorescence detection, plus ethidium bromide-stained DNA gel imaging\n\nTwo infrared fluorescence detection channels enable LI-COR's industry standard quantitative two-color target analysis.\n\nWith the Odyssey Fc System, chemiluminescent imaging is streamlined for excellent results with minimal user adjustments and without the need for multiple exposures.\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Beckman Coulter UK Ltd. Optima L - 100XP Ultracentrifuge","Require a cage incubator for enclosing the Nikon Ti Eclipse microscope system and subject the microfluidic systems to a thermal regulation necessary for optimal bacterial growth in situ.\n\n",{"$nulls":6},"mark.bendall@ncl.ac.uk",{"$nulls":3},"mark.bendall@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Beckman Coulter UK Ltd. Optima L-100 XP ultracentrifuge LXP09L09",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Beckman Coulter UK Ltd. Optima max table top ultra centrifuge & rotors","Turn muscle cells into muscle tissue for applications in medical bioengineering and biorobotics\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Beckman Coulter UK Ltd. Optima Max-XP Tabletop Ultracentrifuge with Temperature Control","Record biopotential signals to support a range of research projects diagnostic and therapeutic\n\n",{"$nulls":6},"georg.lietz@ncl.ac.uk",{"$nulls":3},"christopher.bulman@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Beckman Coulter UK Ltd. Ultracentrifuge","The Chemistry Nuclear Magnetic Resonance (NMR) Facility is housed in the Wolfson Suite of the Bedson Building; this underwent a major refurbishment in 2014 at a cost of over Œ£1.3M and now hosts four NMR Spectrometers including a 700 MHz equipped with a nitrogen-cooled cryoprobe.  The Spectrometers are equipped with a range of probes and are able to observe almost all NMR-active nuclei and perform the most demanding NMR experiments.\n\n1D and 2D solution The full range of 1D and 2D solution NMR experiments are offered at frequencies of 300, 400, 500 and 700 MHz according to requirements. The cryoprobe equipped 700 MHz NMR machine is highly sensitive and is ideal for obtaining high-resolution spectra of compounds where sample quantity is an issue (e.g. natural product work). As well as the standard 1H and 13C NMR experiments, we are able to observe virtually all NMR active nuclei including 2H, 7Li, 11B, 17O, 19F, 27Al, 29Si, 31P, 51V, 95Mo, 103Rh, 113Cd, 119Sn, 183W, 195Pt and 207Pb.\n\n2D Several 2D experiments are available including COSY, TOCSY, HMBC, HMQC, NOESY and ROESY.\n\nVariable Temperature NMR Spectroscopy We routinely do Variable Temperature NMR Spectroscopy observing various nuclei at temperatures between -130 and +145 ŒÁC.\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Beckman Coulter UK Ltd. Ultracentriuge Optima L 100","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Beckman Coulter UK Ltd. UNT/185/Centrifugal Elutration System","This equipment is located within the High Throughput Screening Facility: www.ncl.ac.uk/htsf\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Beckman Coulter UK Ltd. Vi Cell XR","https://www.ncl.ac.uk/ion/about/facilities/biomarkers/\n\nOur set-up, without being described as high-throughput, allows for the processing of large numbers of samples on a regular basis which often fits the needs of clinical research projects with a constant recruitment of participants and collection of samples. It is this \"intermediate\" capability that has made our team and our facility suitable in the context of several research projects, including MRC and BBSRC funded projects such as the Newcastle 85+ study, Newcastle Thousand Families and HALCyon and enabled the involvement of the facility in collaborative research with other national and international Universities (Boston, USA; Leiden, Netherlands; Keio University, Tokyo, Japan; InChianti Study, Parma University, Italy) and with industrial partners (Unilever, Procter and Gamble).\n\nWe offer a wide range of procedures with very flexible costs according to the magnitude of the study. Beyond those assays already available in our lab, we can also assist researchers with the development of reliable assays for new biomarkers and overall costings for grant applications.\n\n",{"$nulls":6},"debra.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Beckman Optima XE Ultracentrifuge","The Spark multimode microplate reader is your research partner äóñ built for today and ready for tomorrow. It can effortlessly handle your routine or complex assays, with a modular and fully upgradeable design which can seamlessly adapt to your existing workflow and create entirely new assay possibilities. Its unique technology and software features ensure that there is a Spark configuration to increase the productivity of your lab, both today and in the future.\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus"]
["equipment","Becton Dickinson FACSAria Fusion 5 Laser Flow Cytometer","There are 4 FACSCanto II flow cytometers, 3 in the Medical School and 1 in the Centre for Life. All are 3 laser (Blue, red and violet) producing 8 colour capability.\n\nFor more information and Specs:\n\nhttp://www.ncl.ac.uk/fccf\n\nhttp://www.bdbiosciences.com/ca/instruments/facscanto/index.jsp\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Becton Dickinson FACSCanto II Benchtop Analyser","HPLC is commonly used in analytical chemistry for the analysis of pesticides, hydrocarbons and compound identification. Other applications include quality control in pharmaceuticals and the food industry.\n\nAgilent OpenLAB CDS software gives you the most comprehensive and fully traceable management of Infinity 1260 LC, including instrument control, result generation, data management and advanced reporting. You can visualise data trends quickly and extensive built-in calculations provide results directly in data analysis, without the need to generate a full report and eliminating errors caused by data export or manual transcription.\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Becton Dickinson FACSCanto II Benchtop Analyser","Measure IC engine in-cylinder pressure\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Becton Dickinson FACSCanto II Benchtop Analyser",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Becton Dickinson FACSCanto II Benchtop Analyser",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","International Centre for Life","BioScience Centre"]
["equipment","Becton Dickinson FASCAria IIu 4 Laser Cell Sorter","High sensitivity for chemiluminescence and quantitative near-infrared fluorescence detection, plus ethidium bromide-stained DNA gel imaging\n\nTwo infrared fluorescence detection channels enable LI-COR's industry standard quantitative two-color target analysis.\n\nWith the Odyssey Fc System, chemiluminescent imaging is streamlined for excellent results with minimal user adjustments and without the need for multiple exposures.\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","International Centre for Life","BioScience Centre"]
["equipment","Becton Dickinson LSR Fortessa X-20 Cell Analyser","There are three superb purpose-built interpreting suites for training in simultaneous and consecutive interpreting. These suites incorporate a state of the art digital interpreting system for training professional interpreters.\n\nThe suites enable users to record speech materials and interpreting performance, and then re-play the tapes for practice or self-evaluation.\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Becton Dickinson LSRII Benchtop Cell Analyser","www.ncl.ac.uk/biobanks\n\nMany areas of contemporary biomedicine, both within the academic and commercial sectors, are dependent on access to well characterised collections of human tissues. Following the introduction of the Human Tissue Act (HTA) in 2006 there is now a clear ethical and legal framework for such activity to be confidently expanded.\n\nNewcastle is ideally placed to take advantage of this opportunity as it has several internationally recognised groups which are already actively involved in encouraging access to samples taken from patients and healthy volunteers. Samples may be deposited with the Biobank for safe keeping and issued on request when required. Under these circumstances there is no need for the individual researcher to register samples under the HTA.\n\nIf a researcher chooses to keep samples in their own laboratory- these will need to be registered under the HTA and the collection made available for regular internal audits. In order to assist the Designated Individual (Professor Andrew Hall) to discharge his duties as set out in the HTA licence the Faculty of Medical Sciences has appointed a Quality Assurance Manager to perform regular audits and advise on regulatory compliance. In addition funds have been obtained to equip a tissue processing facility to prepare samples for analysis and storage, and an air-conditioned freezer room with remote alarm systems to monitor cryostorage. Samples can be stored at -20ŒÁC, -80ŒÁC or in liquid nitrogen.\n\nTissue processing capabilities include:\n\näó¢sectioning äó¢immunohistochemical analysis äó¢preparation of tissue microarrays äó¢digital image storage A web-based sample tracking system has been introduced which enables researchers to determine what samples are available for research collaborations and to ensure compliance with the HTA. Staff in the biobank will also provide expert advice on applications for ethical approval, assist in establishing peer-review and governance oversight for generic biobanks and promote public engagement.\n\nbiobank@ncl.ac.uk\n\n",{"$nulls":6},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","International Centre for Life","BioScience Centre"]
["equipment","Becton Dickinson UK Ltd Flow Cytometer and C5 Flow Cytometer SystemWorkstation","Reader, Microplate; BioTek; Synergy H1 H\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Becton Dickinson UK Ltd. Cell sorting Equipment","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings on this equipment, or to find out about services offered by the facility.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\nScanning electron microscope for the visualisation of biological and material samples. Sample preparation is also available (critical point dryer and gold-coater).\n\nA scanning electron microscope (SEM) is a type of electron microscope that produces images of a sample by scanning it with a focused beam of electrons. The electrons interact with atoms in the sample, producing various signals that can be detected and that contain information about the sample's surface topography and composition. The electron beam is generally scanned in a raster scan pattern, and the beam's position is combined with the detected signal to produce an image. SEM can achieve resolution better than 1 nanometer. Specimens can be observed in high vacuum, in low vacuum, in wet conditions (in environmental SEM), and at a wide range of cryogenic or elevated temperatures.\n\nThe most common mode of detection is by secondary electrons emitted by atoms excited by the electron beam. On a flat surface, the plume of secondary electrons is mostly contained by the sample, but on a tilted surface, the plume is partially exposed and more electrons are emitted. By scanning the sample and detecting the secondary electrons, an image displaying the topography of the surface is created.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Becton Dickinson UK Ltd. FACS Analiser","As illumination back light or source light\n\n",{"$nulls":6},"julie.irving@ncl.ac.uk",{"$nulls":3},"marian.case@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Becton Dickinson UK Ltd. FACS Canto 6 colour analyser",{"$nulls":7},"julie.irving@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Becton Dickinson UK Ltd. FACS System","Zeiss LSM 880 Airyscan Confocal Microscope, with E-phys modality.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Becton Dickinson UK Ltd. Facscalibur 4CA IVD","This instrument has 5 lasers , please note the UV and Violet lasers can not be used at the same time\n\nPlease note , with the BV fluorochromes the acceptor dye details are not available so please test prior to accepting as part of your panel\n\n<a href=\"http://www.ncl.ac.uk/fccf/\">http://www.ncl.ac.uk/fccf/</a> http://www.bdbiosciences.com/instruments/facsariafusion/features/index.jsp\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"penney.gray@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Belle Technology Anaerobic glove box for protein crystallography","A mixture of high speed digital and an analog acquisition to allow for full characterisation of mixed signal CMOS chips and circuits, which will benefit the fundamental circuits and systems research and translation biomedical systems research.\n\n",{"$nulls":6},"christopher.dennison@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Biacore Biacore Upgrade Kit",{"$nulls":7},"calum.mcneil@ncl.ac.uk",{"$nulls":3},"julia.spoors@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Bio Rad Laboratories Ltd Proteon XPR36 protein interaction array system","Assess geomaterial shear stiffness at zero strain (G0) or at very small strains\n\n",{"$nulls":6},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Bio-Console 560","Used for solid state reactions and the regeneration of catalysts for oxygen removal\n\n",{"$nulls":6},"timothy.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine"]
["equipment","Bio-Imaging Unit","Nikon TiE Widefield Fluorescence Microscope with Screening modality.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus"]
["equipment","Bio-Rad - QX200 Droplet Digital PCR AutoDG System",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","City Campus"]
["equipment","Bio-Rad Labs Ltd CFX-96 PCR Detection System with CFX-384 Optical Reaction Module","This equipment forms part of Newcastle University's Preclinical In Vivo Imaging Faciilty:\n\nwww.ncl.ac.uk/pivi\n\nThe pre-clinical Magnetic Resonance Imaging (MRI) facility has a Varian 7 Tesla (T), 31cm horizontal bore system, with a Varian Direct Drive console and 4 receiver channels.\n\nOne of the main advantages of MRI is its capability of producing highly detailed images of soft tissues.\n\nMRI is an extremely versatile imaging modality that can be utilised to collect dynamic, functional and metabolic information in vivo.\n\nFurther details: www.ncl.ac.uk/pivi/equipment/mr/\n\n",{"$nulls":6},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Biocam X Microelectrode Array","<h2>Automated metabolic rate assays</h2>\n\nUsing Biolog Phenotype MicroArray (PM)metabolic panels (e.g., PM-M1 to PM-M4), metabolic rates of cellular carbon/energy and nitrogen substrates can be measured on diverse cells including bacteria, fungi, human and other animal cell lines, stem cells, and primary cells.\n\n<h2>Automated anti-cancer drug assays</h2>\n\nUsing Biolog Phenotype MicroArray panels PM-M10 to PM-M14, automated chemosensitivity assays can be performed easily and accurately with 92 cytotoxic anticancer drugs. The combination of the OmniLog instrument with Biologäó»s novel redox dye chemistries can be employed in simple colorimetric assays of diverse combinations of cells with biologically active chemicals.\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience"]
["equipment","Bioinformatics Support Unit","This equipment is located within the High Throughput Screening Facility: www.ncl.ac.uk/htsf\n\nThe Beckman Coulter Biomek FX is a highly versatile liquid handling robot. A 16 space deck combined with a Cytomat hotel station allows processing of up to 200 plates without manual intervention. The dual head setup of the FX includes a 96 pin head to allow rapid processing of 96 and 384 well plates. The second Span-8 head allows rapid cherry picking of hit lists and or bespoke library formation. The Biomek FX is situated within a BigNeat sterile flow cabinet to maintain experimental integrity.\n\n",{"$nulls":6},"simon.cockell@newcastle.ac.uk",{"$nulls":3},"bsu-support@ncl.ac.uk",null,null,"Bioinformatics Support Unit","City Campus","Medical School"]
["equipment","Biomarker Facility","Enable single point and multiple location ground gas monitoring to assess and conceptually model the long-term movement of ground gases.\n\n",{"$nulls":6},"carmen.martin-ruiz@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Faculty Facilities","City Campus","Medical School"]
["equipment","Biomek liquid handling robot",{"$nulls":7},"peter.banks@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"High Throughput Screening Facility"]
["equipment","Biomi F32 ABC-A; F32 ABC-B; BSPM PANEL 4X8; CMS/DRL FLAT; WCT SET; CYCLON","The Eppendorf line of epMotion automated liquid handling systems is designed to help you automate routine pipetting tasks to free up your time. Not only is the epMotion one of the most accurate pipetting stations on the market, by virtue of automation it helps you to eliminate manual pipetting errors and maximizes the reproducibility of your assays. epMotion is available in four different formats and with different upgrade options, giving you the flexibility to tailor the system to your specific applications. The unique software makes programming easy and allows you to set-up even complex tasks with minimal training.\n\n",{"$nulls":6},"philip.langley@ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","Biopharma Process Systems 24D X 48N - VirTis General Purpose Freeze Dryer as per quotation","The Zetasizer Nano ZS is a high performance two angle particle and molecular size analyzer for the enhanced detection of aggregates and measurement of small or dilute samples, and samples at very low or high concentration using dynamic light scattering with äóÖNIBSäó» optics. The ZSP also incorporates a zeta potential analyzer that uses electrophoretic light scattering for particles, molecules and surfaces, and a molecular weight analyzer using static light scattering.\n\nUsing Non-Invasive Backscatter optics (NIBS) it has significantly better performance than systems using 90 degree scattering optics.\n\nIn addition, a microrheology option is available for measuring sample viscosity and viscoelastic properties, as well as a Protein Measurement option for protein mobility measurements.\n\nThe flow mode option enables the system to be connected to an SEC or an FFF system to use as a detector for the size of proteins or nanoparticles.\n\nA choice of cuvettes are available, from disposable single-use to specific cells for viscous or high concentration samples or measuring the zeta potential of surfaces.\n\n",{"$nulls":6},"michelle.wood@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Biopharma Process Systems Rocket Synergy Evaporator","Thermal behaviour analysis of plastic specimens during mechanical testing;  Dynamic temperature recordings; Thermography analysis for medical applications\n\n",{"$nulls":6},"michael.wright3@ncl.ac.uk",{"$nulls":3},"martin.jones@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Cassie Building"]
["equipment","Bioquell UK Ltd Bioquell Z","The Multitron Standard is the shortest route to excellent value from the Multitron family for the essential tasks. The advantages include user-friendliness and optimal use of space provided by the modular structure and the downwards opening door. The integrated microprocessor offers flexible controllability, including a timer-programming.\n\n",{"$nulls":6},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","Medical School"]
["equipment","Bioquell UK Ltd Fumigation Purification System","The core of the EyeLink 1000 eye tracker consists of a custom designed high-speed camera connected to a dedicated Host computer. Running on a real-time operating system, the Host software provides extremely fast eye sample access with incredibly low inter-sample variability, accessed via a set of programming interfaces for multiple operating systems and programming languages.\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","BioSemi BV - ACTI 6 Amplifier","The nitrogen cryostat, OptistatDN2 is ideal for experiments requiring 77K base temperature, high sample throughput and for samples which are difficult to cool by conduction. Its small footprint is ideal in laboratory where space is limited. No external dewar or transfer tube are required. Wide temperature range: from 77 K to 500 K Quick sample change in less than 5 minutes via top-loading sample probe 15 hours cryogen hold time before refills required providing the convenience of a full working day operation Superb optical access (f/1) for measurements requiring light collection Optimised clear beam throughput (15 mm diameter aperture) allows a large illumination area for measurements involving the detection of low intensity light Versatile: wide range of sample holders/rods including liquid cuvette for liquid samples and simple/precise height adjust/rotate sample rod. Electrical measurements via 10-pin electrical feed wire to heat exchanger Compact size allowing easy integration into commercial spectrometers\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus"]
["equipment","Biotage Initiator 60 EXP microwave System","There are 4 FACSCanto II flow cytometers, 3 in the Medical School and 1 in the Centre for Life. All are 3 laser (Blue, red and violet) producing 8 colour capability.\n\nFor more information and Specs:\n\nhttp://www.ncl.ac.uk/fccf\n\nhttp://www.bdbiosciences.com/ca/instruments/facscanto/index.jsp\n\n",{"$nulls":6},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk / carlo.bawn@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Biotage Sweden AB Initiator 60 EXP microwave System","Large touch-screen display Displays more data. Easy to read and navigate. Viewable from across the lab. Energy efficient Regenerative braking returns energy to local circuit reducing utility costs. Highly efficient thermoelectric cooling results in lower power consumption. Uses the same amount of power as a 60-watt light bulb while idling. Learn More\n\nTotal system design The Optima XE, its rotors and its labware are designed, manufactured, and tested as an integrated system to ensure optimal performance and safety for your lab. Learn More\n\nZonal and continuous flow operation screens Intuitive, graphical step-by-step interface simplifies workflow\n\nMultilingual software Includes nine languages for error-free operation\n\nImproved power tolerance Maintains runs during power fluctuations. Handles a wider tolerated range of 180 VAC to 264 VAC. Tracks power interruption data to convey if parameters remained within an acceptable range. Learn More\n\nQuiet-drive technology Designed for lowest drive noise äóñ this is the quietest floor model on the market. Operates at less than 51 dBA. Learn More\n\nContext-sensitive on-screen help Find answers easily. Reduce training time and user error.\n\n",{"$nulls":6},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk / carlo.bawn@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Biotage Sweden AB PSQ98 SYSTEM SNP/AQ 220-240V (PSQ Pyrosequencer)","Kinexus is a rotational rheometer system that applies controlled shear deformation to a sample under test, to enable measurement of flow properties (such as shear viscosity from flow tests) and dynamic material properties (such viscoelastic modulus and phase angle from oscillation tests).\n\nA rotational rheometer system comprises several key components to enable robust, reliable and accessible rheological measurements for a particular sample or application:\n\n\n<ul>\n\t<li>RHEOMETER BASE UNIT</li>\n</ul>\nControl of key system functions, including torque (for stress control), rotational position change (for strain or rate control), normal force and vertical position change (for sample loading and gap set).\n\n\n<ul>\n\t<li>MEASURING SYSTEM/GEOMETRY</li>\n</ul>\nThe measuring system is the link between the rheometer and the sample, and defines the applied shear field. The type of measuring system must be appropriate to the sample type and the test under consideration.\n\n\n<ul>\n\t<li>TEMPERATURE/ENVIRONMENT CONTROL UNIT</li>\n</ul>\nAccurate control is essential since rheological properties are a strong function of temperature and environmental conditions.\n\n\n<ul>\n\t<li>INSTRUMENT SOFTWARE Rheological testing can be, by its nature, relatively complex to set up. Malvern Panalyticaläó»s cornerstone Standard Operating Procedure (SOP) approach to material testing has been enhanced in rSpace software to revolutionize and simplify user interaction, and to bring äóÖexpert systemäó» guidance and SOP-driven testing to rheological measurements for the first time.</li>\n</ul>\n",{"$nulls":6},"jill.mckay@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Biotage Sweden AB PyroMark MD System (220-240V)","Allow rapid screening of a range of catalytic reactions; separation of chiral materials with applications in sensing and analysis and development of new asymmetric catalysts; determine the molecular weights and distributions of water-soluble polymers\n\n",{"$nulls":6},"hyang-min.byun@ncl.ac.uk",{"$nulls":3},"john.mathers@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Biotage Sweden AB SP4 HPFC chromatography system",{"$nulls":7},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk / carlo.bawn@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Biotek ELx50/8; AF1000A","Extraction and purification of RNA for next-generation sequencing transcriptomics and metatranscriptomics\n\n",{"$nulls":6},"john.taylor@ncl.ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","School of Dental Sciences"]
["equipment","BioWave Pro+","<em></em>What is Nanostring Technology<em></em>\n\nThe NanoString nCounter analysis system is the first and only platform that can deliver direct profiling of individual molecules in a highly multiplexed single reaction without any need for amplification. This protocol provides digital readouts of relative gene expression from hundreds of mRNA species simultaneously, whilst obviating any enzymatic reactions that may introduce bias in the results.\n\n<em></em>'The nCounter Platform Boasts<em></em>'\n\näó¢ Ability to measure 20 to 800+ genes in a single reaction äó¢ Digitally detect and analyse samples in a fully automated manner äó¢ No signal amplification or polymerase steps required äó¢ High flexibility in sample input (including mRNA, miRNA, FFPE samples and whole cell lysate) äó¢ High throughput with minimal hands-on time\n\n<em></em>'How the nCounter Analysis System Works<em></em>'\n\nFor every gene sequence to be interrogated, two target specific probes are created complementary to the mRNA sequence selected for the gene of interest. One carries a sequence of fluorescent tags that are used as a molecular barcode for direct digital detection, while the other carries a biotin molecule used for immobilisation of the sample cartridge during the process of data acquisition. The fluorescent-tagged 'Reporter Probe' is assigned a specific sequence of 7 tags allowing for thousands of barcode combinations. The two probes are provided in excess in order to drive the hybridisation reaction to completion, with any unbound or partially bound probes removed through a series of automated washing steps performed by the NanoString Prep Station prior to the detection and analysis process.\n\nAfter removal of excess probes, the captured mRNA is bound to the streptavidin-coated cartridge surface by its bound biotin probe. At this point an electrical current is used to align the mRNA-probe complexes, which are then immobilised using a proprietary reagent. Once immobilised the sample cartridge is stable and can be stored at 4 degrees Celsius for some time if necessary.\n\nFor analysis, the cartridge is transferred to the Digital Analyser where an automated optical camera records up to 555 fields of view across the cartridge, simultaneously detecting and recording the number of sequence specific probes bound to the surface of each sample cell. As the platform is directly imaging individual molecules, we are able to count the actual number of times each code is found in the sample.\n\nThese counts are provided as a simple RCC file for use in excel, 'R' or NanoString's own analysis and normalisation software 'nSolver'. To ensure validity, the sample aliquots contain a number of pre-defined positive and negative controls as well as a number of 'housekeeping' gene target probes which are counted along with the gene sequences being investigated for simple standardisation of sample counts.\n\n",{"$nulls":6},"tracey.davey@ncl.ac.uk",{"$nulls":3},"em.researchservices@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Bitplane AG Imaris  Software","í‹KTA pure 150 Protein Purification System äó¢Supports a broad range of flow rates without the need for tubing exchange äó¢Pack column at up to 300 ml/min\n\ní‹KTA start\n\n",{"$nulls":6},"bill.chaudhry@ncl.ac.uk",{"$nulls":3},"alex.laude@ncl.ac.uk",null,null,"Faculty Facilities","City Campus","Medical School"]
["equipment","Blackrock Microsystems Europe - Cerebus System","This equipment forms part of Newcastle University's Preclinical In Vivo Imaging Facility:\n\nwww.ncl.ac.uk/pivi\n\nReal time in vivo imaging The IVIS can image bioluminescence and fluorescence in up to 4 mice during a single scanning session.  Images can be used to can generate high quality 3D quantitative representations of bioluminescence and fluorescence (400-900 nm) in vivo and in real time.\n\nThe software enables easy switching between fluorescence and bioluminescence modes of imaging and can allow 2 spectral images to be integrated.\n\nAn added benefit of the system is that it incorporates a topographic laser scanner and can yield for single-view, diffuse tomographic reconstructions of internal sources.\n\n",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus"]
["equipment","Blade Server",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Bloomberg Finance Terminal","The worldäó»s first automated solution for single-cell genomics research continues to break new ground, now offering more capabilities than ever before. C1 lets you prepare single-cell templates for mRNA sequencing, DNA sequencing, epigenetics or miRNA expression. Now you can conduct large-scale whole transcriptome studies to survey heterogeneity and discover novel cell populations. And with our new single-cell mRNA Seq HT workflow, you can reliably isolate and process up to 800 individual cells per run.\n\nAPPLICATIONS Gene Expression Single-Cell Genomics\n\nTECHNOLOGY The innovative C1 system carefully isolates single cells into individual reaction chambers in Fluidigm's exclusive integrated fluidic circuit (IFC). The optically clear IFC lets you automatically stain captured cells and examine them by microscopy for viability, surface markers or reporter genes. After staining, cells are automatically lysed and template is quickly prepared for qPCR or sequencing analysisäóîall in as little as four hours.\n\nContact: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"claire.anderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Business School","City Campus","Unspecified"]
["equipment","Bluways Hybrids Limited Lithium Ion Capacitor System LCS 2300/12","The Thermo Scientific Dionex UltiMate 3000 Rapid Separation LC (RSLC) systems integrate unique hardware features for ultrafast separations and excellent resolution on columns with small particles. In addition, they are characterized by a maximum level of reliability and flexibility. For more product information please visit the UltiMateä‹¢ 3000 UHPLC systems and solutions webpage. äó¢Thermo Scientific Dionex SmartFlow pulsation-free flows at flow rates up to 8 mL/min at pressures up to 15,000 psi (103.4 MPa). äó¢High-pressure or low-pressure gradient proportioning äó¢Easily adjustable system gradient delay volume supporting a wide range of LC applications äó¢In-line split-loop injections for 15 second, no-sample-loss injections äó¢Column compartment temperatures up to 110 ŒÁC for reduced system backpressure äó¢Data collection rates up to 200 Hz with a wide range of optical detectors including three UV variants and fluorescence äó¢Full UV spectra data even at 200 Hz (diode array detection) äó¢Run both ultrafast separations and conventional LC methods\n\nThe UltiMate 3000 RSLC systems allow you to work over an extensive flow-pressure footprint from 100 ŒµL/min to 8 mL/min (RSLC) or 20 nL/min to 2.5 mL/min (RSLCnano) and 800 bar. This covers the full range of HPLC or nano HPLC applications, including conventional and ultrafast LC, on one system platform.\n\nThe Thermo Scientific Dionex Rapid Separation Autosampler allows robust 500 ‘?L injections over the full backpressure range. In addition, it handles a multitude of different sample formats and supports a maximum of 1167 samples. The Thermo Scientific Dionex RLSCnano Wellplate Sampler extends these capabilities to pressures up to 1000 bar over a wide injection range, from 20 nL to 125 ŒµL.\n\nThe RSLC system column compartment can be upgraded easily and converted with different column switching valves. The compartment handles up to 12 columns (depending on column dimensions) up to 30 cm length. UV detectors come with a wide variety of different flow cells. The NCS-3500RS module for the Thermo Scientific Dionex RSLCnano system provides a dual-gradient pump and column compartment in one housing. This unique combination allows you to tune your separation for the highest resolution or the fastest analysis time, all within one module.\n\n",{"$nulls":6},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","BM3 microorganism handling robot","Leica DM6 Widefield Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"peter.banks@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"High Throughput Screening Facility"]
["equipment","BM5 microorganism handling robot","Features and Benefits Binary high-pressure mixing for the lowest gradient delay volume of any LC system in the market. Solvent selection capabilities allow you to choose between four different solvents. Automated solvent compressibility allows you to run any solvent in any combination without loss in accuracy or precision, even at 18,000 psi. Sample injection versatility, depending upon your application. Select a needle-in-flow path injector to maximize the injection volume range. Select a loop-based injector to achieve the lowest inject-to-inject cycle times. Injection volumes from 0.1 ‘?L up to 1 mL are supported. Ultra-low carryover is managed through programmable method settings to ensure compatibility even with the most sensitive mass spectrometers. Ideally suited for high-throughput applications with the addition of the sample organizer, expanding the capacity to up to 20 plates/7680 samples.  Simple to use method tools incorporated into the method minimize inject-to-inject cycle times. Accurate temperature across the entire column provided by advanced column management. Active pre-heating ensures accurate temperature across the entire column with a temperature range of 4 to 90 ŒÁC. Configurable in a single or dual column configuration with automated column switching, or optional two-position valves can be installed to support multi-dimensional (2D) chromatography. Wide range of low-dispersion detection capabilities that have been optimized for true UPLC performance by minimizing dispersion and optimizing the electronics and optical paths for accurate quantification of the narrow UPLC peaks with the highest sensitivity and repeatability. Improves the performance of any mass spectrometer with the highest chromatographic resolution which minimizes interference from co-elutions. Compliance ready. Qualification of laboratory instrumentation is an integral part of compliance with regulatory and quality standards such as GMP, GLP, ISO 17025, USP <1058>, and others. The ACQUITY UPLC I-Class System supports Waters Empower-based automated system qualification tool (SQT), which minimizes the time and cost associated with annual qualification. Supported in Empower, Masslynx, UNIFI, and several 3rd party software packages.\n\n",{"$nulls":6},"peter.banks@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"High Throughput Screening Facility","City Campus","Medical School"]
["equipment","BMG Labtech Ltd. 601-101; BMG-CUV","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"eileen.yu@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","BMG Labtech LtdFLUOstar Omega","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","BMG labtech Pherastar","By combining micro- and nanotechnology with ultrasonic actuation, engineers need new methods and instruments for characterizing mechanical responses at these frequencies and displacements. Laser-based, non-contact optical testing is the best choice since it avoids mass loading from direct contact.\n\nPolytecäó»s new UHF-120 Vibrometer can characterize the out-of-plane vibrations at ultra-high frequencies, extending the vibration frequency bandwidth up to 1.2 GHz. Complete with a new optical design, the instrument retains the advantages and features familiar to laser vibrometer users. The system consists of a heterodyne interferometer with a controller box. The optical head provides a heterodyne detector signal that is acquired with a fast digital oscilloscope. The digitized detector signal is transferred to a PC where the heterodyne carrier is demodulated by a new software module in Polytecäó»s Vibsoft package.\n\nThe system has a gate function for reducing the output light power to minimize the energy transfer from the measurement beam to the structure and for easy alignment of the beam on the specimen. In addition, an integrated camera controls the measurement spot positioning using bright-field microscope illumination.\n\n",{"$nulls":6},"jane.endicott@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","BMM Weston Autoclave","\n<ul>\n\t<li>The sodium content in the knee cartilage can be used as a marker for the detection of osteoarthritis at an early stage.</li>\n\t<li>RAPID Biomedical offers a 23Na knee coil as an important device for this application.</li>\n\t<li>The coil is also equipped with a proton channel to reveal the morphology of the knee.</li>\n\t<li>For enhanced sensitivity both channels are equipped with quadrature polarization.</li>\n\t<li>The split coil housing supports patient positioning and comfort.</li>\n\t<li>Medical Device, CE-Classification IIa (MDD, Annex IX).</li>\n</ul>\n",{"$nulls":6},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","BMM Weston Ltd Autoclave NU/0809","The optics, including mirrors, lenses, diffusers, targets, mounts, and optical benches, etc. will be used to enable optical measurement\n\n",{"$nulls":6},"helen.owen@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","BMM Weston Ltd PHH Drayton Castle 70Cu Ft Steriliser",{"$nulls":7},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","Medical School"]
["equipment","Brucker - X-ray generator detector, autosampler","Sensitive, precise automation of thermogravimetric analysis (TGA) has numerous applications with outstanding performance delivered. TA recommend this instrument for high resolationor modulated TGA, with examples of use including the effect of additives and verification of thermal events.\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus"]
["equipment","Brucker XFlashÂ® 6 Energy Dispersive","A spectrophotometer is a versatile piece of equipment which can be used in biological and chemical experiments such as carbohydrates, lipids and organic matter quantification\n\n",{"$nulls":6},"karen.kernon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine"]
["equipment","Bruker Avance II 400MHz NMR Spectrometer","The JAEGERŒ¬ Vyntus CPX represents the new generation of Cardio Pulmonary Exercise Testing and combines high measurement quality with ease-of-use and a workflow driven CPET evaluation. The Vyntus CPX is the result of over 50 years of experience in the development of CPET devices. ACCURATE - Built on trusted high-end sensor technology FLEXIBLE - Suitable for a wide range of subjects - from sick patients to high-performance athletes HELPFUL - Tools to assist your interpretation INTEGRATED - 12-Lead-BluetoothŒ¬ ECG fully integrated into the CPET software\n\n",{"$nulls":6},"corinne.wills@ncl.ac.uk",{"$nulls":3},"corinne.wills@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker Avance III  HD 700 NMR Spectrometer","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\n",{"$nulls":6},"corinne.wills@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker Avance III 300MHz NMR Spectrometer",{"$nulls":7},"corinne.wills@ncl.ac.uk",{"$nulls":3},"corinne.wills@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker Avance III HD 500 MHz NMR","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings on this equipment, or to find out about services offered by the facility.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\nFE-SEM incorporating the Gatan 3view system for serial block face sectioning and imaging. Allows 3D reconstruction of biological samples at the ultrastructural level\n\n",{"$nulls":6},"corinne.wills@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker Axes Microanalysis GMBH Integrated EBSD system",{"$nulls":7},"alasdair.charles@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Bruker Axes Microanalysis GMBH Integrated EBX system","Sectra Table is a multi-touch screen for interactive learning and teaching. It comes with an anatomy atlas and model cases (a number of pre-prepared clinical cases based on medical images), but you can easily add your own cases. Sectraäó»s offering also includes a workspace for advanced preparation and organization of cases.\n\n",{"$nulls":6},"alasdair.charles@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Bruker AXS SAS Multimode 8SPM + AM Package & Service. Tender number NU/0957",{"$nulls":7},"ulrich.stimming@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker AXS SAS Upgrade to MultiMode8","<h2>Spray pyrolysis</h2>\n\nIs a process in which a thin film is deposited by spraying a solution on a heated surface, where the constituent reacts to form a chemical compound. The process is particularly useful for the deposition of oxides and has long been a production method for a long period for applying a transparent electrical conductor of Tin oxide (SnO2) or Stannic oxide to glass. Now is popular to prepare perovskite solar cell.\n\n<h2>MSK-USP-02</h2>\n\nIs a desk-top ultrasonic spray pyrolysis ( USP) equipment, where parameters like dispensing rate of the solution and speed of spray head movement are precisely controlled which are difficult to be controlled in a manual process. A positive displacement pump controlled by stepper motor and microprocessor is used to dispense solution as per requirement. The ultrasonic spray head provide thinner particle coating and its movement is controlled by stepper motor driven linear stages in X and Y direction to ensure uniform coating. The temperature of the substrate heater plate is controlled independently through a dedicated controller.\n\n",{"$nulls":6},"robin.ingleton@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker Biospin Ltd  Advance 500 III NMR spectrometer","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\n",{"$nulls":6},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Bruker Biospin Ltd EMX 10/12 EPR Spectrometer","Broadest temperature range available, from -100ŒÁC to 500ŒÁC With a single instrument setup äóñ that is, without having to swap out either the detector or the furnace äóñ the LFA 467 HyperFlashŒ¬ can carry out measurements from -100ŒÁC to 500ŒÁC. Coupled with the broadest range of accessories available on the market, the instrument opens the door to completely new dimensions in the determination of thermophysical properties.\n\nSample throughput up to 4 times higher due to sample holder for 16 samples One unique advantage of the LFA 467 HyperFlashŒ¬ is its ability to simultaneously measure up to 16 samples over the entire temperature range. This allows for maximum sample throughput with a minimum input of operational time and effort. Refill systems are available for automatic refilling of the Dewar on both the detector and the furnace, allowing uninterrupted operation of the LFA system around the clock.\n\nZoomOptics for more precise measurement results without measurement errors The patented ZoomOptics system (patent no.: DE 10 2012 106 955 B4  2014.04.03) optimizes the field of view of the detector, thus eliminating any influences caused by aperture stops. The result is a significant increase in the precision of the measurement results.\n\nUltra-fast recording of measurement data for thin samples (2 MHz) Thin films and high-conductivity materials require a very high data acquisition rate for the precise recording of rapid temperature increases on a sampleäó»s upper surface. The LFA 467 HyperFlashŒ¬ offers a sampling rate of 2 MHz äóñ an unprecedented value for LFA systems.\n\n",{"$nulls":6},"christopher.dennison@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Bruker Daltronics Ltd. LRF20 MALDI-TOF Mass Spec","An affordable choice to fit most flow cytometry analyzer needs, the BD LSRFortessa can be ordered with up to 4 lasersäóîblue, red, violet, and UVäóîwhich provides a flexibility in laser wavelengths so assay design can be optimized using the latest fluorescent dyes and substrates. The instrument can accommodate the detection of up to 18 colors simultaneously with a defined set of optical filters that meet or exceed the majority of todayäó»s assay requirement.\n\n",{"$nulls":6},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker Daltronics Ltd. Nonius","Description The Thermo Scientific Orbitrap Fusion Lumos Tribrid mass spectrometer is the industry-leading high-performance mass spectrometer with enhanced sensitivity facilitated by a new High Capacity Transfer Tube, Electrodynamic Ion Funnel, Advanced Quadrupole Technology, Advanced Vacuum Technology, and ETD HD.\n\nNovel Orbitrap Fusion Lumos MS Features ä„?Novel high-sensitivity API interface combines a High Capacity Transfer Tube and an Electrodynamic Ion Funnel for increased ion flux and lower limits of detection ä„?Advanced Active Beam Guide prevents neutrals and high velocity clusters from entering the resolving quadrupole ä„?Advanced Quadrupole Technology combines high selectivity and efficiency of transfer for selected ions symmetrically across the isolation window ä„?Advanced Vacuum Technology improves transmission of high molecular weight ions to the Orbitrap analyzer ä„?Novel ETD HDäóîhigh dynamic range ETD provides significantly increased fragment ion coverage\n\nEstablished Tribrid MS Features ä„?Tribrid architecture äóî includes quadrupole mass filter, linear ion trap and Orbitrap mass analyzers ä„?Ultrahigh resolving power up to 500,000 FWHM, with isotopic fidelity up to 240,000 FWHM at m/z 200 ä„?Acquisition rates of up to 20 Hz for both Orbitrap and linear ion trap MSn analyses ä„?Full parallelization of MS and MSn analyses with intelligent ADAPTä‹¢ (All Dynamically Available Parallelizable Time) technology ä„?Synchronous Precursor Selection (SPS) for MS and MSn experiments significantly increases the number of peptides and proteins identified and improves quantitative accuracy when using isobaric mass tags ä„?Flexibility of fragmentation äóî CID, HCD and optional ETD and EThcD available at any stage of MSn with detection in either the Orbitrap or linear ion trap detector enables detailed structure determination of metabolites, glycans and other small molecules ä„?Universal Method provides maximal peptide identifications without method optimization for samples of unknown concentration, reducing sample and instrument time requirements for routine peptide identifi cation experiments ä„?Intuitive and flexible drag-and-drop user interface simplifies method development and enables unique and complex workflows\n\n",{"$nulls":6},"ulrich.baisch@ncl.ac.uk",{"$nulls":3},"ross.harrington@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker micrOTOF II focus LC-MS System","dSPACE SCALEXIO is a very versatile technology that provides highly flexible channels, can be extended to any required size and is completely software-configurable. Its application range covers all test domains, including the test of electronic control units (ECUs) of electric drives. Thanks to the SCALEXIO multiprocessing feature, the simulator can be coupled with existing SCALEXIO-based or DS100x-processor-board-based systems, allowing users to expand their existing test setups to meet growing project needs.\n\n",{"$nulls":6},"wendy.toward@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Catherine Cookson Building"]
["equipment","Bruker Optics Ltd ex-demo Matrix-F FT-NIR Spectrometer","24 hour blood pressure measurements to support a range of research projects in diagnostic and therapeutic technologies\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Bruker UK Ltd 300Mhz NMR","Automated processes Overlay vision alignment system (VAS) with fixed beam splitter Integrated Process Management (IPM) Real time process observation camera Advanced system software with adaptive process library Process transfer from system to system Process flexibility due to modular concept\n\n",{"$nulls":6},"robin.ingleton@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Bruker UK Ltd XRF Bruker S2 Ranger","Nikon TE2000 Widefield Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"ken madden",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering"]
["equipment","Bunnyfoot Ltd 9/Tobii package","Designed with the cell biologist in mind, Z Series analysers offer rapid cell sample analyses whether your analysis involves a single cell type or diverse cell population.\n\nOur model includes rapid total cell counts or concentration in labs analysing one or two different cell types; two size thresholds and three count/size regions for a cell population; and is ideal for use with body fluids, lamellar bodies, lymphocytes, red blood cellsäóæ, sterile carp, tissue culture, white blood cells and yeast.\n\näóæAccepted reference method for blood cell enumeration and size distribution measurements.\n\n",{"$nulls":6},"patrick.olivier@ncl.ac.uk",{"$nulls":3},"david.green@ncl.ac.uk",null,null,"Culture Lab","City Campus","Culture Lab"]
["equipment","cage washer",{"$nulls":7},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Cage Washer",{"$nulls":7},"heather.crawford@ncl.ac.uk",{"$nulls":3},"paul.cairns@ncl.ac.uk",null,null,"Comparative Biology Centre","International Centre for Life"]
["equipment","Cage washer","HPLC\n\n",{"$nulls":6},"heather.crawford@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","Medical School"]
["equipment","Caleva Multi-Lab","Cockle Park is one of the few facilities in the UK that encompasses the farming of pigs, dairy, beef and sheep, as well as a variety of arable cropping and grassland trials. We are also a viable farming business, and our modern facilities are used daily by Newcastle University for teaching both undergraduate and postgraduate students from the Faculty of Science, Agriculture and Engineering.\n\nAvailable Facilities Include: 1. Cereal plot(s) - 12m x 24m, 150m x 150m, 24m x 24m, 3m x 12m, 3m x 3m, 3m x 6m, 6m x 12m, 6m x 24m, 6m x 6m, 70m x 70m, 99m x 99m 2. Horticulture plot(s) - 12m x 24m, 150m x 150m, 24m x 24m, 3m x 12m, 3m x 3m, 3m x 6m, 6m x 12m, 6m x 24m, 6m x 6m, 70m x 70m, 99m x 99m 3. Organic Horticulture Plot(s) -  12m x 24m, 150m x 150m, 24m x 24m, 3m x 12m, 3m x 3m, 3m x 6m, 6m x 12m, 6m x 24m, 6m x 6m, 70m x 70m, 99m x 99m 4. Pastoral Facilities inc. Sheep and Pig based units.\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Calibre Control International Ltd Automated Carbon Sulphur Nitrogen","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings on this equipment, or to find out about services offered by the facility.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\nTransmission electron microscope for visualisation of biological and material samples. Equipped with Optotronics Macrofire Monochrome CCD camera module.\n\nTransmission electron microscopy (TEM) is a microscopy technique in which a beam of electrons is transmitted through an ultra-thin specimen, interacting with the specimen as it passes through. An image is formed from the interaction of the electrons transmitted through the specimen; the image is magnified and focused onto an imaging device.\n\nTEMs are capable of imaging at a significantly higher resolution than light microscopes, owing to the small de Broglie wavelength of electrons. This enables the instrument's user to examine fine detailäóîeven as small as a single column of atoms, which is thousands of times smaller than the smallest resolvable object in a light microscope.\n\nAt smaller magnifications TEM image contrast is due to absorption of electrons in the material, due to the thickness and composition of the material. At higher magnifications complex wave interactions modulate the intensity of the image, requiring expert analysis of observed images. Alternate modes of use allow for the TEM to observe modulations in chemical identity, crystal orientation, electronic structure and sample induced electron phase shift as well as the regular absorption based imaging.\n\n",{"$nulls":6},"martin.jones@ncl.ac.uk",{"$nulls":3},"tracy.thompson@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Cambridge Electronic Design CED Micro1401-3",{"$nulls":7},"peter.andras@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Baddiley-Clark Building"]
["equipment","Cambridge Research Systems Ltd Natural Image Workstation","CFGombining direct-from-sample ionization with high performance time-of-flight mass spectrometry and powerful, intuitive analytics. The system eliminates the need for sample preparation and chromatographic separation, providing food, microbiology and tissue researchers with near- instantaneous data acquisition.\n\n",{"$nulls":6},"alex.thiele@ncl.ac.uk",{"$nulls":3},"alex.thiele@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Campden Instruments Ltd - Components","UNAVAILABLE\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus"]
["equipment","Carl Zeiss LSM 880 & Axio Examiner","Œ´ Compression testing of hydrogels and porous polymer systems Œ´ Static and dynamic mechanical analysis of time-dependent polymeric materials  Œ´ Tensile testing of fragile samples (gels, biopolymers, foams)  Œ´ Fatigue and fracture testing of biomaterials\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus"]
["equipment","Carl Zeiss Ltd - SBF Imaging System","Upgrade existing facilities to determine the shear and tensile strength of soils and foundation materials\n\n",{"$nulls":6},"timothy.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus"]
["equipment","Carl Zeiss Ltd Gallium FIB for NanoFab",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Carl Zeiss Ltd MicroBeam System for Laser Capture","Automated imager\n\n",{"$nulls":6},"darren.stephenson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","William Leech Building"]
["equipment","Carl Zeiss Ltd Scanning ion Microscope","The LabRAM HR Evolution systems are ideally suited to both micro and macro measurements, and offer advanced confocal imaging capabilities in 2D and 3D. The true confocal microscope enables the most detailed images and analyses to be obtained with speed and confidence. With guaranteed high performance and intuitive simplicity, the LabRAM HR Evolution is the ultimate instrument for Raman spectroscopy.  They are widely used for standard Raman analysis, photoluminescence (PL), tip enhanced Raman scattering (TERS) and other hybrid methods.\n\n",{"$nulls":6},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Carl Zeiss Ltd SIMS upgrade to Helium Ion Microscope","Post PCR Processing - the Zephyr G3 Next Generation Sequencing Workstation was developed to meet the needs of the growing number of laboratories with clinical requirements to separate automation of pre- and post-PCR properties. The Zephyr G3 NGS Workstation provides pre-programmed methods for the post-PCR processing steps of library construction including:\n\nPost PCR SPRI Purification qPCR Setup (96 or 384 Well) LabChip GX Plate Transfer Volume and/or Concentration Normalization (based on qPCR or LabChip GX Results) Indexed Library Pooling\n\n",{"$nulls":6},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Carl Zeiss Ltd ZEISS AXIO IMAGE APOTOME 2 MICROSCOPE","Compatible with conventional and ultrahigh performance LC äóñ with an operating pressure of up to 600 bar, the 1260 Infinity II Quaternary Pump and the 1260 Infinity Binary Pump are a perfect match for our Poroshell 120 columns. Analytical and semi-preparative purifications - the wide flow range of the 1260 Infinity II Quaternary Pump (up to 10 mL/min) perfectly supports standard and semi-preparative applications. Fast and precise gradients äóñ the 1260 Infinity II Binary Pump is the perfect choice for fast and precise gradients using LC/MS, as well as UV-only systems. Ultralow carryover äóñ the multiwash capability of the 1260 Infinity II Multisampler cleans all relevant injection parts between runs. This sophisticated, integrated feature flushes the injection needle outside with three solvents, and uses seat backflush procedures to reduce carryover to less than 10 ppm. Reduced cycle times äóñ with Agilentäó»s unique dual-needle design, which allows you to run samples alternately through one or the other injection path. Cycle times can be reduced to mere seconds, virtually eliminating conventional wait times äóñ whether for large volume loadings or flushing procedures. Efficient sample handling and logistics äóñ using shallow well-plate drawers, the 1260 Infinity II Multisampler takes a maximum load of 16 microtiter plates and up to 6,144 samples äóñ the most of any single system. Efficient column handling and temperature control äóñ the 1260 Infinity II Multicolumn Thermostat holds up to four columns with direct access to each column through a Quick-Change switching valve, delivering flexibility and eliminating the need to disconnect and reconnect columns. Fast and easy connections äóñ with InfinityLab Quick-Connect fittings to save time and trouble. Higher quality data äóñ the 1260 Infinity II Diode Array Detector HS delivers lower detection limits and higher data quality for more confidence. Efficient control, acquisition and reporting äóñ Agilentäó»s Instrument Control Framework (ICF) enables smooth control of Agilent LC instrumentation through third-party chromatography data systems.\n\n",{"$nulls":6},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","Carl Zeiss Ltd. Axio Imager Z1 microscope","Provide computer-controlled illumination where the spectra can be altered in real time to match effectively any desired shape over the visible spectrum.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Carl Zeiss Ltd. Axio Observer D1 package","The need to study solubility is extremely widespread in the chemical industry due to the importance of solids as the final form of many products. HEL's CrystalSCAN makes it easy for chemists to determine and optimise the solubility and recrystallisation temperature of multiple samples, in parallel.\n\nCrystalSCAN is a parallel synthesis platform, consisting of 4 reactors with independent stirring and temperature controlled zones. Coupled with HEL's proprietary turbidity probes and controlled-dilution pumps, the system delivers a fast and automated tool for Meta-Stable Zone-Widths (MSZW) and solubility data determination in multiple samples.\n\n\n<ul>\n\t<li>SOFTWARE</li>\n</ul>\nHEL's winISO software with pre-defined test procedures enables the user to simply complete an input table for fully automated testing. Raw temperature and turbidity data is displayed graphically as the experiment proceeds. The output of crystallisation experiments is typically solubility curves and MSZW, both of which are generated in real-time within winISO and are available for immediate export as a jpeg image.\n\nData files are also available as .csv for offline analysis in Excel or HEL's iQ data-analysis software.\n\n",{"$nulls":6},"fiona.oakley@ncl.ac.uk",{"$nulls":3},"krystena.callaghan@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Carl Zeiss Ltd. Axiophot 2 Fluorescent. Microscope","The NI USRP RIO software defined radio (SDR) platform provides an integrated hardware and software solution for rapidly prototyping high-performance wireless communication systems.\n\nIt features a state-of-the-art dual RF transceiver with high-performance Kintex-7 FPGA processing in a half-1U rack-mountable enclosure. The Kintex-7 FPGA is a reconfigurable LabVIEW FPGA target that incorporates DSP48 coprocessing for high-rate, low-latency applications.\n\nThe MXI-Express port offers a PCI Express x4 connection back to the system controller to allow up to 800 MB/s of streaming data transfer to your desktop, laptop, or PXI Express host computer. You also can use it to connect up to 18 USRP RIO devices to a single PXI chassis and then daisy chain those together for high-bandwidth and high-channel-count applications.\n\nUSRP RIO is powered by the LabVIEW reconfigurable I/O (RIO) architecture, which is an integral part of NIäó»s graphical system design approach. It combines the open LabVIEW graphical programming environment with high-performance hardware to dramatically simplify development, which results in higher quality designs that can incorporate custom design. Using the LabVIEW RIO architecture, new USRP RIO provides an effective combination of flexibility and performance ideally suited for applications ranging from 5G wireless communication research to Massive MIMO solutions.\n\n",{"$nulls":6},"julie.irving@ncl.ac.uk",{"$nulls":3},"elizabeth.matheson@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Carl Zeiss Ltd. Confocal Microscope","Spinning disk microscopy is an established imaging technique of choice for viewing and recording both dynamic and light-sensitive processes in isolated living cells or tissues. The Andor Revolution XD system funded by the Wellcome Trust utilises the Yokogawa CSU-X1 spinning disk head and an Ixon+ back-illuminated EMCCD camera (Andor) coupled to an Olympus IX81 inverted microscope.  The system is capable of capturing high speed (30fps, 512x512 to 100fps at 128x128) or time-lapse (seconds to hours) confocal data sets from low light emitting specimens. There is also an in-line specialized FRAPPA unit for monitoring fast (msec) multi-point FRAP/FRET events and the capability of engaging an external source for photolytic uncaging of caged compounds.\n\nThe microscope employs a software-operated piezo motorized z-stage.  A mobile, miniature heated environmental chamber, with the capacity to hold singular wells (35mm diameter) or a multi-chamber slide (up to 8 smaller wells), can be placed atop the microscope stage with the ability to set, maintain and monitor temperature, humidity, O2 and CO2 levels as imaging conditions dictate.\n\nThe system is run through Andor's IQ2 software package.  Data can be subsequently processed through this package or imported to others such as Image J.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Carl Zeiss Ltd. Humphrey Visante Oct 3.0","Customised 5 laser LSR II analysis instrument\n\nThis instrument has 5 lasers, they are Blue 488nm, Red 635nm, Violet405nm, Green 532nm and UV 355nm\n\nFor more information and specs: http://www.ncl.ac.uk/fccf/equipment/\n\nhttp://www.rockefeller.edu/fcrc/pdf/BD_LSRII_Brochure_SJ-0142-00.pdf\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","Carl Zeiss Ltd. Inverted Microscope (Genetics)","<h2>Overview</h2>\n\nSmall and portable, ultra-light design. Powered via USB 3. Easy to use with laptops, tablets and monitors. Produces high-quality scientific-grade data.\n\n<h2>How does it work?</h2>\n\n\n<ul>\n\t<li>The RED-n is a USB 3 powered lightweight device for use with laptops, tablets and monitors. Features include:</li>\n\t<li>Gaze position accuracy of 0.4 degrees</li>\n\t<li>Spatial resolution of 0.05 degrees</li>\n\t<li>2 or 5 point calibration. Integrated Design and Analysis software</li>\n\t<li>Operating distance 40-100cm</li>\n\t<li>Tracking range 50 x 30cm at 60cm</li>\n\t<li>Compatible with a range of programs including MATLAB, C/C++ & E-prime</li>\n</ul>\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Carl Zeiss Ltd. Inverted Microscope (Mosaic)","The Newcastle Cosmogenic Isotope Facility is dedicated to terrestrial cosmogenic nuclides, which we used as chronometers and tracers in Earth Sciences. Our research interests cover a wide spectrum of earth surface problems that we quantify using cosmogenic isotopes. In particular, we have worked on projects looking at estimating the rates of motion of active faults, the timing of ice sheet deglaciation and advance, the rates and timing of fluvial incision and mountain denudation. Throughout, we always aim at gaining a better understanding of the production of cosmogenic nuclides and the corrections we applied to interpret our data.\n\nOur capabilities include the routine extraction of 10Be, 26Al, and 36Cl. We also prepare samples for 3He and 21Ne. Analysis of samples is then performed by Accelerator Mass Spectrometry (AMS) or Mass Spectrometry (MS) facilities such as SUERC, DREAMS, LLNL and CEREGE.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Carl Zeiss Ltd. LSM510,CLSM & AXIOVERT","To investigate the effect of environmental variables such as temperature and circadian light cycles, it is often necessary to be able to replicate natural conditions in a controlled environment. The Climate Control Chambers run by the Centre for Behaviour and Evolution offer the possibility of doing this. The facility offers four chambers (4.2m deep x 2.5m wide x 2.2m high) in which temperature can be independently controlled between -10ŒÁC and +30ŒÁC, with an error of less than 2ŒÁC either way.\n\nDaily temperature profiles can be programmed to mimic natural circadian changes. The light cycle inside the chambers can also be programmed to any circadian pattern, including dawn and dusk. The humidity in the chambers is controlled to a degree, but not very finely.\n\nThe chambers are designed to be completely washable on the inside, and there is access to water, as well as access to run cables into them. The doors contain one-way observation windows to monitor the inside of the chambers without needing to open the insulating doors. The chambers are located in a secure area on the main campus.\n\n",{"$nulls":6},"tim.cheek@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Carl Zeiss Ltd. META detection module","A clean, contained environment with a specially designed airflow system that possesses ultra-high quality filtration. This achieves high levels of operator and product protection, and eliminates cross contamination. Perfect for when you need to provide a clean, contained environment for safe handling of powders in dispensing, weighing, sampling or subdivision operations.\n\nThe booth provides Guaranteed Working Environment with opportunities for Pharmaceutical and Biotech industries. Our bespoke model is housed within its own dedicated, clean laboratory research space.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Carl Zeiss Ltd. Microm HM560","The Malvern HPPS covers a wider application range than three conventional dynamic light scattering systems. The patented  technology incorporated in the Non-Invasive Back-Scatter optics (NIBSä‹¢) enables high sensitivity and high concentration measurements over an exceptionally wide size range from 0.6nm to 6000nm diameter.\n\n\n<ul>\n\t<li>A higher sensitivity than a dedicated instrument for samples as dilute as 0.1ppm</li>\n\t<li>The high concentration range of back-scatter optics up to 20 vol% to simplify sample preparation</li>\n\t<li>A wider range of applications than covered by a classical dynamic light scattering system</li>\n</ul>\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Carl Zeiss Ltd. MICROSCOPE & IMAGE CAPTURING DEVICE","This is a valued tool in laboratories globally, within research and design, from polymorphism and compound stability studies to bulk and surface sorption effects of water and organic vapours. It is a vital part of quality control analyses and can even be found within the packaging industry to measure the effects of humidity and temperature on the contents.\n\nThe DVS is used worldwide to rapidly measure uptake and loss of moisture or organic vapours by flowing a carrier gas at a specified relative humidity over a sample suspended from the weighing mechanism of an ultra-sensitive recording microbalance.\n\nMore examples of DVS applications include moisture uptake behaviour of food and natural materials, stability and caking of food ingredients, moisture diffusion into blister packaging systems, moisture sorption of hydrophobic pharmaceutical materials, surface energies and surface areas of powders using organic vapour probes, determination of deliquescence points, moisture-induced glass transition in an amorphous material, determination of amorphous contents, pharmaceutical stability, drying and thermal degradation, adsorption of porous materials.\n\n",{"$nulls":6},"jeremy.brown@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Carl Zeiss Ltd. Palm microbeam 4 laser microdisection system","NICR - HPLC, NICR - LCMS Qtrap, NICR - LCMS 4000, NICR - Irradiator, NICR - FACcalibur, NICR - CEQ sequence analyiser, NICR - real time, NICR - Atomic Absorbtion, NICR - Cryogenics, NICR - Palm, NICR - NH MR scanner, NICR - PET-CT, NICR - CT only, NICR - Image Stream, NICR - Image Stream  - overnight use\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Carl Zeiss Ltd. Upright Microscope A (Mosaic)","Western Blotting The ChemiDoc Imaging System provides fast, reliable, and sensitive imaging and documentation of gels and chemiluminescence western blots. This system is fully compatible with Bio-Rad's stain-free technology for total protein normalisation, has class leading chemiluminescence performance and can sensitively detect a wide range of gel stains such as ethidium bromide, SYPRO Ruby, Coomassie, and silver stains.\n\nThe ChemiDoc Imaging System can be upgraded to gain the full fluorescent western blotting capabilities of the ChemiDoc MP System. The upgrade package adds RGB, far red, and near infrared detection allowing exceptional multiplex fluorescence western blotting with minimal cross-talk between channels.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Carl Zeiss Ltd. Upright Microscope B (Fluorescence)","The High Efficiency Ion Source (HES) maximizes the number of ions that are created and transferred out of the source body and into the quadrupole analyzer. Improved sensitivity (10x greater) and detection limits as low as 1.5 fg IDL äóñ performance that brings yesterdayäó»s triple-quadrupole limits of detection into todayäó»s single quadrupole laboratory. Reduce time spent on sample prep and maintenance, while meeting your current sensitivity requirements, with just 1/10 the sample volume (10x less sample required). Minimize operating and shipping costs by storing, prepping and disposing of 10x less material. Eco-friendly features, such as Sleep/Wake modes, conserve electricity and other resources like carrier gas. With our Inert Flow Path solutions, maintain sample integrity, while reducing analyte loss and decomposition äóñ from carrier gas introduction through detector. Agilent 7890B GC is a dynamic partner for the 5977B MSD, with its efficient protocols and fully synchronized MS operation. MassHunter Software puts you in control äóñ and makes your GC/MSD analysis routine. Simplify method development,  from instrument settings to data analysis and reporting. The Agilent CrossLab portfolio of services, supplies and software is designed with innovations to drive insight and help your lab maximum uptime. The IDP-3 Dry Scroll Pump is an affordable, high performance, oil-free pump option for near silent operation.\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Cary 60 UV-Vis","Execute exceptionally high-resolution simulations in computational hydraulics for flood and tsunami events across entire cities and large catchments\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Cary Eclipse UV-fluorescence spectrophotometer","Modular multimode microplate reader that is ideal for a variety of applications, including absorbance (UV-Vis), fluorescence intensity, luminescence, AlphaScreen/AlphaLISA and timeresolved fluorescence. äó¢Broad range of applications äó¢Five measurement modes including end-point, kinetic, spectra, multipoint and kinetic spectra äó¢Upgradable options such as dispensers and integrated gas control äó¢Intuitive user interface for easy transition between different researchers, experiments äó¢Temperature control up to 45ŒÁC\n\n",{"$nulls":6},"emma.pearson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Cascade Microtech Europe Ltd 11/12KB, Coax, TH HT","The portable flue gas analyser testo 350 is the ideal tool for professional flue gas analysis and measures up to six different parameters like O2, CO, COlow, NO, NOlow, NO2, SO2, CO2, CxHy and H2S. Helpful instrument settings guide safely through typical measurement tasks such as:\n\nFlue gas analysis in commissioning, setting, optimisation or operational measurements on industrial burners, stationary industrial engines, gas turbines and flue gas purification systems.\n\nControl and monitoring of officially prescribed emission limits in exhaust gas. Function testing of stationary emission measuring instruments.\n\nControl and monitoring of defined gas atmospheres in furnace rooms or kilns in different processes.\n\n",{"$nulls":6},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Cascade Microtech Europe Ltd Probe station platform & accessories",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Cascade Microtech Europe Ltd Probe Station Semi Auto 8ins","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Cascade Microtech Europe Ltd Stanard Probe Manual 8ins","Rocket is designed to dry or concentrate six flasks in parallel, each containing up to 450ml of solvent.   Alternatively, up to 18 ASE vials and is used. If you are running 3 or more rotary evaporators at the same time, then the Rocket is for you!\n\nConcentrate to a defined volume Custom methods Very high speed Unattended parallel operation Concentrate directly into your vial with SampleGenie\n\n",{"$nulls":6},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","CeG Chemical and Biological Research Laboratories","The QuantStudio 3D Digital PCR System produces absolute quantification data with the precision and sensitivity you need for your more demanding applications. The QuantStudio 3D Digital PCR System uses a sealed chip technology, providing a streamlined, reliable, and robust method for performing digital PCR. Just load and go.\n\n",{"$nulls":6},"martin.jones@ncl.ac.uk",{"$nulls":3},"daniel.brooking-coker@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Cell and Small Object Irradiation Devices ","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings on this equipment, or to find out about services offered by the facility.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\n",{"$nulls":6},"simon.willis@ncl.ac.uk",{"$nulls":3},"simon.willis@ncl.ac.uk",null,null,"Faculty Facilities","City Campus"]
["equipment","Cellstrom GmbH Supply & Installation of a Redox Battery Energy Storage System","The QuickPlex instrument is the newest multiplexing instrument from MSD, offering affordable access to highäóïperformance, electrochemiluminescence immunoassays. This compact system has been engineered for reliability, ease of use, and low cost of ownership. The combination of rapid read times and the ability to perform multiple, simultaneous tests on a single sample increases productivity, conserves sample, and delivers results quickly. The QuickPlex has a wide menu of commercially available assay kits and a full line of components and reagents for developing your own assays.\n\n",{"$nulls":6},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Cellular Therapies (GMP) Facility","The equipment is a lens that fits existing hyperspectral camera. The camera captures the image irradiance signal over the entire visible (plus very near IR)  spectrum (400 to 1000 nm) at every pixel.\n\n",{"$nulls":6},"julian.de-havilland@ncl.ac.uk",{"$nulls":3},"anne.dickinson@ncl.ac.uk",null,null,"Faculty Facilities","International Centre for Life","Newcastle Biomedical Research Building"]
["equipment","CEM Microwave Reactor","With a table of 1245 x 228mm that can hold up to 600kg, travels of 780 x 390 x 560mm and with the ultimate in äóÖeasy to useäó» 3 axis CNC control.\n\n3HP VARIABLE SPEED HEAD 49\" x 9\" (1245 x 228mm) TABLE 30äó\u009d x 15äó\u009d x 22äó\u009d (780 x 390 x 560mm) TRAVEL 40-3600 RPM R8 / 30 ISO optional\n\n",{"$nulls":6},"lee.higham@ncl.ac.uk",{"$nulls":3},"lee.higham@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Centre de Recherche Public Secondary Ion Mass Analyser and associated electronics","Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings or training on this equipment.\n\nwww.ncl.ac.uk/emrs\n\nem.researchservices@ncl.ac.uk\n\nThe Leica EM UC7 prepares excellent quality semi- and ultra-thin sections, as well as the perfectly smooth surfaces required for LM, TEM, SEM, and AFM examination. The precision mechanics, ergonomic design, and intuitive layout of the touchscreen control unit make the Leica EM UC7 ideal for the highest quality specimen preparation.\n\näó¢ Eucentric movement of the stereomicroscope observation system with patented designated positions for specimen approach, for glass and diamond knives.\n\näó¢ In addition to the standard LED illumination for top light and backlight and transmitted light, the LED spot illumination offers a focused light beam to enhance observation, e.g., for cleaning the knife edge and during cryo-sectioning.\n\näó¢ The user can walk away from the instrument during trimming; the combination of the fully motorized knife stage and patented AutoTrim function completes and then stops the trim automatically.\n\näó¢ The ergonomic design provides comfortable, fatigue-free operation for left and right handed users.\n\näó¢ Excellent observation of the section at low water levels and during cryo-sectioning, without compromising the useräó»s ergonomic posture.\n\näó¢ The stereomicroscope offers higher magnification than ever before.\n\näó¢ Easy-to-learn, fast operation via touchscreen control and displayed hints.\n\näó¢ Data transfer for reporting user, specimen, knife and storage parameters provides an electronic, paper-free log file.\n\näó¢ The operator recognition system makes it easy for multiple users to use the same instrument. Up to 100 different user/specimen/knife profiles can be set.\n\n",{"$nulls":6},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Centrum Techniki Okretowej - Pressure Dop Section Replacement",{"$nulls":7},"lisa.inganni@ncl.ac.uk",{"$nulls":3},"peter.bowes@newcastle.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Centrum Techniki Okretowej Cavitation tunnel","The Ion S5ä‹¢ next-generation sequencing system enables a simple targeted sequencing workflow for your lab at an affordable price, without compromising on performance or reliability. The Ion S5 System leverages the speed of semiconductor sequencing with impressive on-board computing power, to enable the production of high quality sequencing data in as little as 2.5 hours and enable you to go from DNA library to data in as little as 24 hours with only 45 minutes of total hands-on time on the Ion Chefä‹¢ System and the Ion S5 System. The Ion S5 System is simple to use with cartridge-based reagents and offers superior scalability and flexibility to support a broad range of high throughput sequencing applications, from microbial genomes and gene panels to exomes and transcriptomes, using our 5 Series chips.\n\nSpeed Some research decisions canäó»t wait. A few hours could make all the difference in your quest for the right answer.With other light-based sequencers you could wait almost 60 hours for results. With the Ion S5 System you get results in as little as 24 hours (with a 2.5-4 hour sequencer run time and overnight Ion Chef System run).\n\nSimplicity With single-day installation, a straightforward user interface, and cartridge-loaded reagents, the Ion S5 System is easy to use. Beyond this, the system is part of a workflow that allows you to go from DNA to data with only 45 minutes of total hands-on time on the Ion Chef System and the Ion S5 System, significantly less than other targeted sequencing solutions that require as much as 2.5 hours of hands-on time. Combined with Ion AmpliSeqä‹¢ technology for target selection, the Ion Chefä‹¢ System for automated library and template preparation, and Ion Reporterä‹¢ Software for automated variant annotation, targeted sequencing becomes simpler than ever.\n\nSmall sample input Low input DNA for challenging samples types, such as formalin-fixed paraffin-embedded (FFPE) tissue, retrospective samples from fine needle aspirates, and cell-free DNA extracted from blood (cfDNA) can be difficult to sequence on competititor next-generation sequencers. However, with Ion AmpliSeq technology and the Ion S5 Sequencer, you can use as little as 10 ng input DNA or RNA.\n\nScalability Why buy multiple systems for your lab when you can run all of your targeted sequencing or microbial applications on a single next-generation sequencer? The Ion S5 System has a modular build, so your lab has the flexibility to do multiple targeted sequencing applications on a single system.\n\nSimple analysis and storage solutions Whether you are new to next-generation sequencing or an expert user, Torrent Suiteä‹¢ Software and Ion Reporterä‹¢ Software make it easy for you to get started with next-generation sequencing. Plan, monitor, track, and analyze your runs using Torrent Suite Software (pre-installed on the Torrent Server). Integrate, annotate, and interpret variants using Ion Reporter Software (Cloud or local options available based on your needs).\n\nServices and support With more than 2,000 field personnel, Thermo Fisher Scientific has the most extensive network of dedicated Field Application Specialists and Service Engineers to work with you, so you can be confident that we will be there when and where you need us most.\n\nService and support plansäóîcomprehensive plans to maximize instrument performance and ensure availability of critical systems Qualification servicesäóîdocument and ensure instrument is installed, operating, and performing to manufactureräó»s specifications Trainingäóîcourses for experimental design, data analysis, troubleshooting, applications, and instrument operation Bioinformaticsäóîtailored support for NGS informatics execution, software use, data analysis, and downstream applications DataSafe Solutionäóîstorage and back-up strategy, design, hardware, and support for all lab data\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","Centrum Techniki Okretowej High speed corner vanes","Leica DMi8 Widefield Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Centrum Techniki Okretowej Quick degassing system",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Cetac Technologies Wave Nucleic Acid Fragment Analysis System 220","Quantify the internal energy in wastewater\n\n",{"$nulls":6},"julie.irving@ncl.ac.uk",{"$nulls":3},"lynne.minto@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","ChemiDoc MP Imaging System","Retention Time Locking (RTL) maintains exact retention times from injection to injection, column to column, instrument to instrument, and lab to lab Capillary Flow Technology (CFT) provides unique instrument capabilities, such as multi-dimension gas chromatography (GC-GC/Deans Switch), comprehensive two-dimension gas chromatography (GCxGC) with flow modulation, and backflush at the beginning, middle, or end of the analytical column Single filament TCD that does not require a separate reference gas, does not require manual potentiometer adjustment, and provides a stable baseline with a minimal amount of signal drift Auto-ranging FID provides the ability to detect and quantitate from parts per billion (ppb) to parts per thousand in a single injection Integrated SCD/NCD (sulfur or nitrogen chemiluminescence detector) provides low ppb detection, equi-molar response, and quantitation for sulfur or nitrogen contaminants without quenching from matrix Carrier Gas Options: Helium Conservation Module, Hydrogen Sensors and Alternate Carrier Gas Solutions dramatically reduce the amount of helium used to offer flexibility in your laboratory Large Valve Oven (LVO) allows for the combination of multiple methods and simplified maintenance Multimode inlet (MMI) serves as a programmable temperature vaporizing injector with flexible capabilities Agilent Inert Flow Path provides increased sensitivity for active compounds, from injection to detection Low Thermal Mass (LTM) modules, up to 4 installed and operating, increase sample throughput with rapid column heating and cooling\n\n",{"$nulls":6},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research"]
["equipment","Chemistry NMR Service","The Caleva Multi Lab (CML) has the capacity of demonstrating process efficiency by operating with batches between 10-100g which is invaluable when working with rare and costly materials often used in product development trials.\n\nSuitable for products used in a wide range of industries, such as pharmaceutical, chemical engineering, catalysts and petrochemicals.\n\n",{"$nulls":6},"corinne.wills@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Chemspeed (UK) Ltd Accelerator SLT 106 Pressure Synthesiser","Zeiss AxioImager Widefield Fluorescence Microscope with Brightfield modality.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Chemspeed (UK) Ltd Accelerator SLT 106 Pressure Synthesiser","This is equipped with a 24 position autosample changer and a range of 5-10 mm probes covering virtually all NMR-active nuclei.\n\nA triple-resonance probe on this machine allows us to observe the spectra of 13C and many other nuclei with simultaneous decoupling of 31P and 1H.\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Ciphergen Biosystems ltd Biomek 3000 with ProteinChip 1",{"$nulls":7},"a.m.r.gatehouse@ncl.ac.uk",{"$nulls":3},"gillian.davison@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Claas UK Ltd Claas variant 365RC Baler","It is a unique research venture. A group of outstanding magnetic resonance physicists has been assembled. By collaborating with leading clinical researchers in dementia research, diabetes, psychiatry, neurology, liver disease, cardiology, respiratory disease, neurophysiology and other fields, substantial progress has been made.\n\nConstruction of the MR centre and installation of the first magnet required fundraising of Œ£5.2 million. The target was achieved by generous support from local and national charities, individual donation, OneNorthEast and the Strategic Research Initiative funding.\n\nAll seven themes of the Newcastle NIHR Biomedical Research Centre in Age and Age-related disease are underpinned by structural and functional magnetic resonance research at the Newcastle MR Centre. This is relevant to the Universityäó»s Societal Challenge theme of Ageing and Health. A second whole body 3T magnet is planned in view of the large and increasing demand for the innovative magnetic resonance techniques developed in Newcastle.\n\nEquipment:\n\näó¢Philips Intera Achieva 3 Tesla whole body magnet äó¢Multi-nuclear (non-proton) acquisition capabilities for metabolic studies äó¢Functional neuroimaging stimulus and response equipment äó¢Surface coil building facility äó¢7 Tesla small bore magnet for pre-clinical and basic research\n\n",{"$nulls":6},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","CLARIOstar PlateReader",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","Class II Microbiological Safety Cabinet (Contained Air Solutions)",{"$nulls":7},"helen.owen@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Claytex Services Limited Dymola - Academic Innovate - (Primary License Charge :10 licenses)",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Climate Control Chambers","The Morphologi G3-ID is ideally suited to solving complex particle characterization problems where component-specific particle size and shape distributions are required. This includes measurement of components within powder blends and suspensions, along with the identification of contaminant or suspicious particles within product formulations.\n\nThe measurement workflow can be divided into three distinct steps, each of which can be automated:\n\n\n<ul>\n\t<li>SAMPLE PREPARATION</li>\n</ul>\nThis step is critical to getting good results; spatial separation of individual particles and agglomerates is the goal. The Morphologi G3-ID has an integrated dry powder disperser which makes preparing dry powder samples easy and reproducible. The applied dispersion energy can be precisely controlled, enabling the measurement process to be optimized for a range of material types. Dispersion is achieved without explosively shocking the particles, avoiding the damage of fragile particles while ensuring strongly agglomerated materials are dispersed. Effective dispersion of fibers can also be achieved. Accessories for presenting suspended or filtered samples that fit directly into the Morphologi G3-IDäó»s automated stage are also available.\n\n\n<ul>\n\t<li>PARTICLE SIZE AND SHAPE</li>\n</ul>\nThe instrument automatically measures the size and shape of particles in a dispersed sample in exactly the same manner as the Morphologi G3. This ensures there is no compromise on the reliability of the particle size and shape data, which is not the case with many chemical mapping and imaging techniques.\n\n\n<ul>\n\t<li>CHEMICAL IDENTIFICATION</li>\n</ul>\nThe instrument automatically finds particles of interest for chemical identification based on pre-defined classification rules. A Raman spectrum is acquired from the center of mass of each particle. Chemical identification is then achieved based upon established spectroscopic algorithms incorporated within the Morphologi G3-ID software. This allows enumeration of defined classes of particles as well as the reporting of component-specific particle size and shape distributions. Spectra of unknown particles can be directly exported to Bio-Radäó»s KnowItAllŒ¬ ID Expert software for comparison against its Raman library containing over 13,000 spectra.\n\n",{"$nulls":6},"tom.smulders@ncl.ac.uk",{"$nulls":3},"cbe@ncl.ac.uk",null,null,"Faculty Facilities","City Campus","Medical School"]
["equipment","CNC Laser Cutter","Originally a JEOL Spectrometer, this machine was refurbished and upgraded to a Bruker Avance II (whilst retaining the JEOL magnet).  This machine is equipped with a 64 position carousel and a 5mm BB auto-tuning probe.\n\n",{"$nulls":6},"graham.farmer@ncl.ac.uk",{"$nulls":3},"sean.mallen@ncl.ac.uk",null,null,"School of Architecture, Planning & Landscape","City Campus","Architecture Building"]
["equipment","CNC Laser Cutter","Allow simple rapid and reproducible measurement and validation of vascular function\n\n",{"$nulls":6},"graham.farmer@ncl.ac.uk",{"$nulls":3},"sean.mallen@ncl.ac.uk",null,null,"School of Architecture, Planning & Landscape","City Campus","Architecture Building"]
["equipment","CNC Laser Cutter",{"$nulls":7},"graham.farmer@ncl.ac.uk",{"$nulls":3},"sean.mallen@ncl.ac.uk",null,null,"School of Architecture, Planning & Landscape","City Campus","Architecture Building"]
["equipment","Cockle Park Farm (TRAC Facility)","Small Items of Research Equipment at Newcastle University: Developing the Research Base in Healthcare Technologies, Sustainability and Digital Economy (SIREN)\n\nTo establish a state-of-the-art research equipment pool, SIREN was funded by the EPSRC (Reference: EP/K031678/1) to purchase a suite of small items of research equipment at Newcastle University.  The award has significantly enhanced the research capabilities across three research Themes in the University that are of considerable importance to society: Healthcare Technologies; Sustainability; and the Digital Economy (HT-S-DE).   More than 90 items have been purchased, installed and managed in a coordinated way to effectively support activities of the research communities, particularly the Early Career Researchers (ECRs), and furthermore expand research interests in new areas.  It is envisaged that the equipment pool would continuously benefit the research communities to a great extent.  All items are strategically located in accordance with the corresponding Academic Unit.  Should there be any interest or enquiry on a particular research item, please contact directly the host who is responsible for the item.\n\n",{"$nulls":6},"jenny.conn@ncl.ac.uk",{"$nulls":3},"kate.mcgill@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Coherent 1178790; 1185055; 1173961; 11932289; 1174260","Fundamental research in machine learning with focus on applications in computational human behaviour analysis\n\n",{"$nulls":6},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Coherent Europe - Chameleon System Vision II","Deliver ultra clean surfaces prior to metal deposition and prior to surface functionalisation of interfaces with bio-molecules.\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus"]
["equipment","Coherent Verdi V2 laser system","(1) Provide higher resolution data for NO and NO2 up to 1 minute; (2) measure effects of events (storm, extreme weather condition, road closure/works, etc.); (3) monitor human exposure in urban areas and validate models\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","City Campus","Medical School"]
["equipment","Comp Eq Instantimager 2024 Electronic","Spinsolve is ideal for chemists in academia and industry where it can be used for reaction completion checks, identification, structure elucidation, quantification, purity measurements, online reaction monitoring and quality control (QA/QC).\n\nNMR spectroscopy has a huge range of applications in general chemistry, purity determination, non-destructive testing, data acquisition in the petroleum industry, process control and acquisition of dynamic information.\n\näóìIt has a small footprint; it is robust (student friendly); and is inexpensive in comparison to purchase and operating costs for a high field NMR. In the near future, we are going to place this in series with our Syrris Africa Microfluidic System for online NMR of new chemical entity library generation under flow conditions. This would be tandem with online LC/MS and would give the opportunity to have very fast synthesis and analysis of hundreds of compounds overnight. Setup of Magritek will be very easy in comparison to a high field, supercooled NMR.äó\u009d - one of our lecturers in Medicinal Chemistry.\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Computer","The Applied Biosystems SeqStudio Genetic Analyzer is a 4-capillary, fluorescence-based capillary electrophoresis system designed to provide users with an integrated experience that is easy, efficient, and versatile for research in genetic analysis. The all-in-one reagent cartridge allows easy operation for multiple users with the flexibility to perform both sequencing and fragment analysis in a single run. The simplified SeqStudio Plate Manger software is well-suited for first-time and experienced users. Be more connected to your data than ever with intuitive browser-based software and cloud-based connectivity options for remote monitoring, and data transfer and analysis.\n\nThe SeqStudio system gives you the same data quality, reliability, and support you have come to expect from the Applied Biosystems brand with a modernized experience. Same workflow, same trusted data. Now with one-click convenience.\n\nKey features äó¢ Simplified instrument software with interactive touch screen for greater ease of use äó¢ Minimized hands-on setup time with integrated reagents cartridge (SeqStudio Cartridge) äó¢ Application flexibility to run Sanger sequencing and fragment analysis on the same run äó¢ Connectivity: Wi-Fi or wired Ethernet connection äó¢ Web-enabled remote monitoring capability äó¢ Consumables usage tracking through radio frequency identification (RFID)\n\nThis package includes: äó¢ 4-capillary SeqStudio Genetic Analyzer äó¢ SeqStudio Analysis Software (GeneMapper, Sequencing Analysis, Minor Variant Finder, Variant Reporter, and SeqScape) äó¢ SeqStudio Plate Manager Software äó¢ 1Day SmartStart Orientation Note: SeqStudio Cartridge and other system consumables and reagents sold separately\n\nJust click. That's it. Load up your samples, click in the cartridge, and goäóîno need for technical experts for setup or maintenance, no calibration before each run, and no installation of capillaries, polymer, and anode buffer. The cartridge is stable for 4 months on the instrument.\n\nAccess your data anytime, anywhere* This system features Thermo Fisher Cloud connectivity so you can set up your run, check its progress, and access your data from wherever you have Internet access, all without the need to stay in the lab.* Get the same data quality, service, and support youäó»ve come to expect from Applied Biosystems technology with a modernized experience at a price any lab can afford.\n\n\n<ul>\n\t<li>Internet connection and Thermo Fisher Cloud account required.</li>\n</ul>\nService, support, and training We offer a range of service options, plans, and warranties to improve productivity, increase instrument uptime, and lower the total cost of ownership. SmartStart orientation helps get you started with your new instrument more quickly.\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Computer","The NovaSeq 6000 Sequencing System unleashes ground breaking innovations that leverage our proven technology. Now you can get scalable throughput and flexibility for virtually any sequencing method, genome, and scale of project.\n\nNewcastle's Genomics Core Facility launched their NovaSeq 6000 in January 2017, currently one of only three in the UK.\n\nFeatures of the system include:\n\nLarge dataset applications äóñäóæWGS, Ultradeep WES and Tumour-Normal profiling (äóæ48 human genomes per run at 30x).\n\nLarge sample projects - WES, RNA-Seq and Single Cell studies.\n\nSingle or dual flow cells; 3 flow cell sizes S1, S2 and S4; 1.6 äóñ 10 billion reads or max output 0.5 äóñ 3 Tb per flow cell.\n\nRead length 2 x 50 bp, 100 bp or 150 bp.\n\nContact: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Computer","Collect and record high speed voltage signal\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","CoolSafe Freeze Dryer",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy"]
["equipment","Corbett Research Rotor gene 6000 hrm","í‹KTA pure is a flexible and intuitive chromatography system for fast purification of proteins, peptides, and nucleic acids from microgram to gram levels of target product.\n\nModular system design with a large range of options to allow flexibility in purification of proteins and peptides.\n\nCustomizable system that is easy to upgrade as your research needs develop. Reliable system with components and integrated features based on the proven design of í‹KTA avant. UNICORN software simplifies your work by providing simple, intuitive, and flexible total system control including drag-and-drop method creation.\n\nPredefined method settings for all GE Healthcare lab-scale chromatography columns. Tailor your chromatography system\n\ní‹KTA pure can be tailored to your precise needs through a broad selection of hardware options from valves and tubing to monitors and fraction collectors. UNICORN control software can also be customized by addition of optional functionality such as Design of Experiments (DoE) for enhanced method optimization.\n\nIntuitive hardware and software design Whether you are an expert or an absolute beginner in protein purification, í‹KTA pure makes routine protein purification easy. The flow path is forward facing and organized so that it is easy to understand how buffers and samples flow. UNICORN control software contains the tools needed for beginners and experienced users to perform all types of chromatography, from setting up and running a method to evaluating the data.\n\nReliable í‹KTA system í‹KTA pure is a reliable system where hardware and UNICORN software are designed to work together with columns and media to meet any purification challenge. í‹KTA pure is the product of over fifty years of expertise in protein research and three decades of experience in the development of í‹KTA purification systems.\n\n",{"$nulls":6},"bernard.connolly@ncl.ac.uk",{"$nulls":3},"bernard.connolly@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Cortex MetaMax","\n<ul>\n\t<li>Achieve femtogram-level sensitivity with Agilent iFunnel technology, which increases ion transfer for the lowest detection levels of any high-resolution LC/MS instrument.</li>\n\t<li>Avoid interferences and make high-resolution quantitation a reality with the combination of accuracy and sensitivity.</li>\n\t<li>Gain confidence in your analysis with sub-ppm mass accuracy and resolution of 45k.</li>\n\t<li>See everything when screening or profiling with a wide in-spectrum dynamic range, complementing the systemäó»s excellent detection limits and superb reproducibility.</li>\n\t<li>Take full advantage of blazing fast acquisition speeds with the latest developments in Agilent Infinity II UHPLC, 2D-LC, SFC, and even GC-APCI chromatographic interfaces.</li>\n\t<li>Use powerful MassHunter software for profiling, characterizing, identifying, and quantifying compounds in complex mixtures via high-definition MS and MS/MS.</li>\n\t<li>Check out the latest developments in untargeted screening and quantitation using Agilentäó»s All Ions MS/MS technique.</li>\n</ul>\n",{"$nulls":6},"liz.huston@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Biomedical Sciences"]
["equipment","Crawford Scientific PL1149-6250; PL1149-840;PL1149-1840; 81311; 81325; 80325; 00011; 14311; 14325; PL1149-1240","The worlds largest capacity -150Œ?C cryogenic freezer Why Freeze to -150C in a cryogenic freezer\n\nAn important factor to consider when preserving cells or tissue, when using a cryogenic freezer, is to prevent amorphous ice crystals from recrystallizing within and outside the cells. Cryogenic freezing is therefore important to retain cell viability during cryopreservation.\n\nSamples that are maintained in an ultra-low temperature freezer at -150ŒÁC which is far lower than the recrystallization point (-130ŒÁC for pure water) can be preserved semi-permanently.\n\nCryogenic freezer preservation at ultra-low temperatures maintains vitrification without crystallization occurring inside and outside cells. In contrast to conventional liquid nitrogen preservation containers, freezer preservation has numerous advantages: no sample contamination, no sudden liquid eruptions as well as low operational costs. Panasonic freezers make long-term storage below the recrystallization point easier and more stable than ever before.\n\nSpecially designed compressor and refrigeration system for the cryogenic freezer\n\nThis Cryogenic Freezer features a specially designed compressor and a cascade refrigeration system for rapid and durable ultra-low temperature pull-down. This cutting edge technology also ensures that noise levels emitted are kept to a minimum.\n\nPanasonic V.I.P. PLUSä‹¢  Insulation within the cryogenic freezer\n\n150ŒÁC cryogenic freezers use patented revolutionary vacuum insulation cabinet construction that reduces the wall thickness from 175mm to 135mm (6.9äó\u009d to 5.3äó\u009d) and achieves up to 25% more storage capacity than a conventionally insulated freezer without increasing the footprint.\n\nCryogenic freezer: Micro-processor Temperature Control with LED Digital Display\n\nExtremely accurate, easy-to-read display. The temperature inside the cryogenic freezer can be set and monitored easily by means of the microprocessor temperature control with an LCD digital display. The display uses pop-up menus and provides a graphical display with data-logging functions. Temperature data is electronically recorded for either one week or one month periods. The history of lid opening and closing is recorded for lid openings that exceed 2 minutes.\n\nThe display also shows status alert monitoring. The ambient conditions and system conditions are continually monitored to provide an alert of any abnormalities before a potential problem happens.\n\nCryogenic freezer: Hot line for secure sealing\n\nMoisture condensation at the top edges of the cabinet due to differences in temperature inside and out causes frost and icing problems that may reduce heat insulation efficiency and obstruct door movements. These problems are prevented by the äóìhot lineäó\u009d by means of which hot gas from the higher temperature circuit is circulated through the problem areas.\n\n",{"$nulls":6},"david.fulton@ncl.ac.uk",{"$nulls":3},"julian.knight@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","CrystalSCAN","www.ncl.ac.uk/pivi\n\nThe objective of PIVI is to provide expertise, training and cutting edge in vivo imaging modalities to conduct scientific research at molecular and cellular level. Research of this kind allows us to gain a better understanding of biological processes in comparative animal models.\n\nOur team of experts provides a range of services and training from experimental design and data acquisition to data analysis. We offer these services internally, to other academic institutions and to industry.\n\nAn added benefit of PIVI is that it resides in the Comparative Biology Centre, allowing researchers to perform longitudinal studies via single or multiple modalities.\n\nContact us: preclinicalimaging@ncl.ac.uk\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","CSA Waverley Ltd HP StoreVirtual 4730FC 900GB SAS Storage & delivery","https://www.ncl.ac.uk/magres/\n\n",{"$nulls":6},"david.clark@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","CTL Europe GmbH Immunospot S6 Ultra-V Analyser","Smarter and more mobile than ever before.\n\nGreater mobility, greater functionality: the new METAMAXŒ¬ 3B! Equipped with the latest BluetoothŒ¬ transmission technology, extraordinary data security and long battery life, it represents a totally new dimension of professional performance diagnostics. See our technical edge in mobile performance diagnostics. Experience what \"one breath aheadŒ¬äó\u009d means for you.\n\nExperience an impressive range.\n\nThe new BluetoothŒ¬ Long Range technology allows much more stable data transmission with maximum ranges of more than 1,000 m. Even in densely populated regions with high exposure to electromagnetic fields, the new technology strongly increases the robustness against such disturbing factors.\n\nTherefore reliable transmission of all test data between MetaMaxŒ¬ 3B and the MetasoftŒ¬ Studio software is ensured over considerably longer distances.\n\nThe new CORTEX RemoteControl\n\nThe new touch-screen RemoteControl from CORTEX allows you to see MetaMaxŒ¬ 3Bäó»s essential measuring data such as heart rate, oxygen uptake, carbon dioxide output, respiratory exchange ratio, breathing rate, tidal volume, minute volume, velocity and load during a field test on a handy device.\n\nThis way, you constantly receive valuable feedback from MetaMaxŒ¬ 3B without having to take along a PC or laptop. You also have the option to use the RemoteControl to carry out all calibrations required in the field test.\n\nOne device. Double benefit.\n\nUsing the optional stationary kit, the new MetaMaxŒ¬ 3B can be enhanced to a full stationary system. In this case, electricity is supplied via an external medical power unit. Thanks to an extended sample line, the MetaMaxŒ¬ 3B used in the lab must not be fixed on the body. This way you will have twice the benefit and it is 100% compatible to your test setup.\n\nStable connections / no mixing-up.\n\nDue to new push pull connectors the connecting of cables is easy. Cables cannot be mixed up. The connectors have different colours and mechanical codes to ensure that they are not interchanged by mistake. The new design prevents damage of the contact pins and the special locking mechanism guarantees reliable cable connections.\n\nMeasuring 3-channel-ECG functions wirelessly.\n\nWith the 3-channel ECG belt custo guard from custo med we offer you special user-friendly and secure 3-channel ECG measuring during stress tests with MetaMaxŒ¬ 3B. The ECG is not carried out conventionally via adhesive electrodes and cable but by modern electrodes integrated into a chest strap.\n\n",{"$nulls":6},"elizabeth.douglas@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","Current + Voltage Clamp 2A","Leica SPE Confocal Microscope with Live Cell Imaging capabilities.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Cussons Technology Ltd 3Component Balance for use with Dynamometer","https:www.ncl.ac.uk/gcf/\n\nThe Genomics Core Facility offers Illumina Next-Generation Sequencing and target validation / discovery through Real-Time and Droplet Digital PCR. For single cell isolation and processing the facility has Laser Capture Micro-dissection and the Fluidigm C1 system.\n\nWith a team of experienced staff, the GCF offers service support from grant application and experimental design through to assay delivery and validation for both internal and external customers.\n\nContact us: genomics@ncl.ac.uk\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Cussons Technology Ltd Cavitation tunnel control system","This equipment is located within the High Throughput Screening Facility: www.ncl.ac.uk/htsf\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Cussons Technology Ltd Plate Testing specialised flume","The CliniMACSŒ¬ Plus is located within the Newcastle Cellular Therapies Facility, an MHRA licensed clean room complex designed specifically for the production of cellular therapies. It is one of the biggest such facilities in Europe, making Newcastle the ideal place to manufacture cellular therapies for translational clinical research.\n\nNewcastle University combined with The Newcastle upon Tyne Hospitals NHS Foundation Trust is a recognised UK centre for translational research, with substantial experience of cellular manufacture and setting up and delivering cell therapy clinical trials.\n\nFor more information please visit: www.ncl.ac.uk/ctf\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Cussons Technology Ltd R102 top box","Nikon A1r Confocal Microscope with Live Cell Imaging capabilities.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","D.T.S Process Technologies Ltd Conceptronic Freedom 3000 & optics package","Materials wear test\n\n",{"$nulls":6},"alton.horsfall@ncl.ac.uk",{"$nulls":3},"alton.horsfall@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Dantec Dynamics Ltd Upgrade of Laser System",{"$nulls":7},"lisa.inganni@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","Dantec Dynamics Ltd. 2 Camera, High frame rate, PIV system","This 3D VZ-Line Laser Scanner offers superior and unrivalled long range measurement performance of up to 4000 m reflectorlessly while still maintaining completely eye safe operation (Laser Class 1).\n\nRIEGL's unique V-Line technology is based on echo digitization and online waveform processing and is the key to enabling such extreme long range measurements. The VZ-4000 operates even in poor visibility and demanding multi target situations caused by dust, haze, rain, snow, etc. which are frequently found in difficult environments such as mine sites.\n\n",{"$nulls":6},"richard.whalley@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Dantec Dynamics Ltd. 3D Laser Doppler Anemometry for Cavitation tunnel","Molecular Formula Verification, De novo Formula Generation, Multi-Target Screening, Biomarker Discovery and Intact Protein Analysis are just a few application examples which can be covered by high performance TOF-MS systems. The micrOTOF II represents the gold standard in terms of performance and flexibility utilizing this technology. Outstanding resolution and mass accuracy in combination with true isotopic pattern allows unambiguous sum formula determination or high resolved extracted ion chromatograms with <2mDa mass window in combination with any HPLC, UHPLC, CE and even GC.\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Dantec Dynamics Ltd. 3D time resolves PIV system","1. Bandwidths from 500 MHz to 3.5 GHz with user selectable bandwidth limit filters. Achieves more accurate characterization of designs by optimizing the oscilloscope performance individually by channel, based on the frequency content of the signal being measured. 2. Up to 40 GS/s sample rate. Accurately sample your signal, ensuring that all frequency content is being acquired and displayed. 3. FastAcqŒ¬ with Digital Phosphor display. Quickly discover glitches and infrequent events with Tektronix proprietary FastAcq technology. A maximum capture rate of >250,000 waveforms/s shows elusive anomalies fast. 4. PinpointŒ¬ triggering.Rapidly capture signal anomalies with over 1400 available trigger combinations, including setup/hold, serial packet, and pattern lock for serial data streams up to 1.25 Gb/s. Optional Visual Trigger enables graphical trigger definition. 5. Built-in Analysis Tools. Analyze your device with 53 automated measurements, measurement statistics, histograms, advanced waveform math, user-definable filters, and custom MATLAB and .NET math plug-ins. 6. Serial triggering and analysis options. Quickly debug common serial buses with automated trigger, decode and search äóñ I2C, SPI, RS-232/422/485/UART, USB2.0, Ethernet, MIL-STD-1553B, CAN, LIN and FlexRay. 7. Application Software Packages. Transform your oscilloscope for specialized applications with jitter and eye analysis included standard and over 30 optional software packages for power analysis, serial compliance, RF analysis, memory and more. 8. Offline Waveform Analysis. Enables better time and resource utilization; view, measure, and analyze data captured in your lab, independent of scope hardware with TekScope AnywhereTM\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Data projector",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Dataphysics V20 electrodynamic shaker with NI Analogue/Digital Input and Output system","www.ncl.ac.uk/nuppa\n\nNUPPA is Newcastle University's Protein and Proteomics Facility. Our services include:\n\nProtein identification through Peptide Mass Fingerprinting or through LCMS analysis;\n\nProtein expression analysis (= identification of many proteins) of complex protein mixtures (such as tissue or cell culture lysates, subcellular organelles);\n\nAbsolute protein quantification using a variety of internal standards;\n\nRelative protein quantification using isobaric labelling methods (such as iTRAQ, Tandem Mass Tags (TMT) or IPTL), stable isotope labelling by amino acids in cell culture (SILAC) or label free comparative proteome analysis;\n\nProtein characterisation (identification of post-translational modifications including site-specific proteolysis, determination of intact protein molecular weight using mass spectrometry or electrophoretic methods);\n\nAnalysis of the hydrodynamic volume of proteins or protein complexes (including membrane protein complexes or complexes of glycosylated proteins or interactions of proteins with lipids or nucleic acids).\n\nMany biochemical questions can be addressed with a variety of different experiments. We provide a free consultancy service to researchers at Newcastle University to establish the best and the most cost-efficient bespoke experimental approach to solve a particular biological/biomedical/biochemical question. This includes advice on the design of a project at the grant application stage, support of an application as a named investigator and help with the preparation of publications once a project has been completed.\n\nWe also welcome enquiries from external customers.\n\nContact us at: nuppa@ncl.ac.uk\n\n",{"$nulls":6},"michele.pozzi@ncl.ac.uk",{"$nulls":3},"richard.burnett@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Dell Linux Blade servers for HTC cluster","Biosensor development; Screening and monitoring bacteria, algae and yeast growth for biofuel production and microbial fuel cells; Characterisation of biomolecules, biomaterials and nanomaterials; Enzyme activity assays and interactions between biomolecules and materials\n\n",{"$nulls":6},"peter.clarke@ncl.ac.uk",{"$nulls":3},"iain.woodfine@ncl.ac.uk",null,null,"Engineering","City Campus","Claremont Tower"]
["equipment","Dell Power Edge R720","Zeiss CD7 Widefield Fluorescence Microscope with Screening Modality and Live Cell Imaging capability.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"thomas.gross@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Dell PowerEdge R720 (Server)","The small volume (50 mL), high pressure, temperature controlled reactor with an overheard magnetic stirrer has sampling capability to monitor reactions and undertake kinetic studies.\n\n",{"$nulls":6},"paolo.zuliani@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Dewar adapter, heater and storage","An indispensable part of many laboratories due to its reliability and simplicity of operation.\n\nAlthough small and compact, the coulometer does not compromise on performance. Water contents can be determined with precision down to trace levels. Indicator electrode and generator electrode without diaphragm are included in the scope of delivery.\n\n",{"$nulls":6},"corinne.wills@ncl.ac.uk",{"$nulls":3},"corinne.wills@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Dionex (UK) Ltd. custom hplc system for amino acids&carbs",{"$nulls":7},"jeri.wright@ncl.ac.uk",{"$nulls":3},"eileen.power@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Devonshire Building"]
["equipment","Dionex (UK) Ltd. HPLC system for sugar detection","Monitor electrochemical interactions and bioelectrochemical apparatus such as biosensors and microbial fuel cells\n\n",{"$nulls":6},"harry.gilbert@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Dionex (UK) Ltd. PROD,ASE2,11ML Cell & Vials,Try","Laser Microdissection (LMD, also known as Laser Capture Microdissection or LCM) enables users to isolate specific single cells or entire areas of tissue. Powered by a unique laser design and dynamic software, Leica LMD systems allow users to easily isolate Regions of Interest (ROI) from entire areas of tissue down to single cells or even subcellular structures such as chromosomes.\n\nLMD is typically used in genomics (DNA), transcriptomics (mRNA, miRNA), proteomics, metabolomics, and even next generation sequencing (NGS). Researchers in neurology, cancer research, plant analysis, forensics or climate research rely on this method. Furthermore, LMD is a perfect tool for live cell culture (LCC), for cloning and re-cultivation, manipulation or downstream analysis.\n\nContact us: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"stephen.smith@ncl.ac.uk",{"$nulls":3},"stephen.smith@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","Devonshire Building"]
["equipment","Dionex Integrion HPIC system","Capture high quality images\n\n",{"$nulls":6},"pamela.moderate@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Dionex Integrion HPIC system","Biacore S200 is our most sensitive SPR-based sensor, offering increased productivity in LMW/fragment drug discovery.\n\nOutstanding sensitivity enables detailed characterization and optimization of lead compounds, even for difficult targets where response levels are low. Screen 384 fragments in less than a day. Exceptional performance with proven hardware and flexible software solutions, ensures high quality data. Run competition assays or scout for optimal buffers directly from microplates.\n\n",{"$nulls":6},"pamela.moderate@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Dionex Rapid Separation LC","Create high-quality digital slides with the ultra-compact Aperio CS2 image capture device äóñ from your desktop. With a five-slide capacity and 20X and 40x magnification capabilities, the Aperio CS2 is a highly reliable workhorse for medium-volume sites.\n\nCS2 Key applications include:\n\nExternal sharing and collaboration (institution to institution) Internal sharing (Hub & Spoke Network)and collaboration eIHC image analysis Contract research Tissue microarrays\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"karen.kernon@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","Disk Array",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Robinson Library"]
["equipment","Display  Iiyama Prolite (2 units)","<h2>Electron Microscopy</h2>\n\nScanning electron microscopy (SEM) enables imaging of a surface using an electron beam. The electron beam interacts with the surface of the sample and by using a variety of detectors topographic images, atomic-number (Z) contrast images, element composition and fluorescence information can be obtained from the specimen.\n\nIn our microscopy suite we have two SEMs and an ESEM which provide a range of analytical techniques. Our capabilities include:\n\näó¢<strong>Digital imaging</strong> over a range of magnifications depending on sample quality (~ X20 to X300 000), in the following modes ä„?secondary electron emission (SEI) - ideal for materials with surface relief and/or multiple faces ä„?backscattered electron (BSE) - best suited to thin section work ä„?cathodoluminescence (CL) - samples must contain luminescent elements and be thin section form\n\näó¢<strong>Energy Dispersive X-ray Spectroscopy</strong> (EDS or EDX) ä„?EDX detectors allow the ID and semi-quantification of elements from carbon (C) upwards ä„?output is in the form of spot/point data, average area measurements or single element digi-mapping (using X-ray intensity distribution)\n\näó¢<strong>Low vacuum</strong> (LV) mode for sensitive samples or those not appropriate for carbon or gold coating (typically used to improve conductivity)\n\näó¢<strong>Electron backscatter diffraction</strong> EBSD (only on the XL30 ESEM)\n\n<h1>Samples</h1>\n\näó¢Your samples should all be clearly labelled with unique identifiers äó¢Dry powder and material samples are usually best stored in glass containers and not in plastic bags or bottles (as plastics are prone to static and some can contaminate samples) äó¢Disposal - we will dispose of all unclaimed samples after three months from analysis completion\n\n<h2>X-ray Powder Diffraction</h2>\n\nXRPD is a robust technique used for the characterisation of crystalline materials, i.e. those which have a degree of order to their structure. By exposing a sample to an X-ray beam of known wavelength, a diffraction pattern unique to each crystalline phase within that sample material is generated and this pattern is used to identify and characterise each crystalline phase present.\n\nThrough interpretation of diffraction patterns, XRPD analysis allows:\n\näó¢identification of crystalline phases äó¢measurement of crystallite/crystal domain size within discrete crystalline phases äó¢calculation of unit cell dimensions through pattern indexing äó¢phase quanitification using one of several methods The PANalytical X'Pert Pro Multipurpose Diffractometer (MPD) is used for most of our X-ray powder diffraction (XRPD) analysis. It has various interchangeable attachments:\n\näó¢X'Celerator (RTMS detector) +/- monochromator äó¢Anton Paar HTK2000 heating stage äó¢automated sample changer (15-berth magazine) äó¢sample spinner stage or sample bracket options\n\nWe also have a PW1730 X-ray generator with a sample spinner stage.\n\nAlthough our XRPD lab is primarily a powder diffraction facility, we often carry out phase identification in thin film samples. Contact us if you are interested in thin film analysis - we will try to accommodate your analytical requests.\n\nComplimentary to our XRPD lab is the X-ray crystallography laboratory in the School of Chemistry who have extensive expertise in crystal structure determinations using single-crystal diffractometers.\n\n<h2>Chemical Analysis</h2>\n\nIn our chemistry section we provide a range of analytical techniques:\n\näó¢Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES) äó¢Fourier Transform Infrared Spectroscopy (FTIR) äó¢Carbon, Hydrogen and Nitrogen Combustion Analysis (CHN)\n\n",{"$nulls":6},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","DMA Q800","In October 2012 the nu-food, Food & Consumer Research Facility underwent a Œ£700,000 refurbishment. The facility provides excellent facilities for teaching and research within the well established key areas of Food, Nutrition and Food Marketing. It incorporates three distinct units on one site, these are:\n\nStateŒ?ofŒ?theŒ?art sensory laboratory and food handling facilities, these comprise:\n\nŒ? A 10 booth sensory analysis suite for testing of foods from cooking events, research projects or product development using consumer panels or trained panels\n\nThe Culinary training suite, which includes:\n\nThe reception and multi-Œ?function rooms are in a convenient city centre location and provide direct access for the public.\n\nThe facilities are also available to the general public, Schools, Colleges and industry.\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Don Whitley Scientific Ltd A35 Anaerobic Workstation","äó¢\tThe NEW high-speed ScanAsyst-HR is now available, enabling fast scanning on the MultiMode 8-HR AFM system äó¢\t20X faster survey scan rates and up to 6X faster scans with no loss of resolution äó¢\tThe MultiMode 8-HR AFM is equally well suited for imaging in both air and fluid äó¢\tHeating to 250ŒÁC, cooling to -35ŒÁC with temperature control accessories äó¢\tA large variety of standard operating modes and many unique capabilities enable the MultiMode 8-HR AFM system to characterize everything from mechanical to electrical Bruker's proprietary ScanAsyst atomic force microscopy scan technology mode offers automatic image optimization, continuously adjust scan rate, setpoint and gains to obtain the highest quality image and to deliver faster, more consistent results äó¢\tImaging in fluid has never been easier with no need for cantilever tuning and with ScanAsyst continuously monitoring the tip-sample interaction force, thereby eliminating setpoint drift äó¢\tPeakForce QNM enables direct mapping of nanomechanical properties, including elastic modulus, adhesion and dissipation, at high resolution and normal scan rates äó¢\tPeakForce TUNAä‹¢ enables quantitative conductivity mapping on delicate samples that can't be imaged with conventional conductive AFM\n\n",{"$nulls":6},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus"]
["equipment","Don Whitley Scientific Ltd A35 Anaerobic Workstation","Kilobot is a low-cost, easy-to-use minitature robot designed for the development of äóìswarmsäó\u009d of robots that can be programmed to perform useful functions by coordinating interactions among many individuals. These swarms are inspired by social insects, such as ant or colonies, that can efficiently search for food sources in large complex environments, collectively transport large objects, and coordinate the building of nests and bridges in such environments.\n\nFollowing this inspiration from nature, robot swarms might one day tunnel through rubble to find survivors, monitor the environment and remove contaminants, assist dwindling bee populations in pollinating crops, and self-assemble to form support structures in collapsed buildings. The Kilobot is designed to provide scientists with a physical testbed for advancing the understanding of collective behavior and realizing its potential to deliver solutions for a wide range of challenges.\n\n",{"$nulls":6},"wendy.toward@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","DSC Q2000","Leica DM5500 Widefield Fluorescence Microscope.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","DSF-2000 Booklet Maker","The BioLectorŒ¬ is the first bench top microbioreactor system to perform high-throughput fermentations together with online monitoring of the most common fermentation parameters (biomass, pH, DO and fluorescent molecules).\n\nThe BioLectorŒ¬ microbioreactor is based on microtiter plate formats and operates with non-invasive, optical sensors. Due to the continuous and rigorous shaking during the optical measurements and over the whole experimental time it is ideally suited for aerobic and anaerobic cultures. For the first time real time culture monitoring at a massive parallel scale becomes possible!\n\nThe full scalable microbioreactor BioLectorŒ¬ is running 48 cultivations (using FlowerPlatesŒ¬ or Round Well Plates) parallel in one step.\n\nIn the basic version the BioLectorŒ¬ is able to measure biomass, pH, DO and GFP online while running a cultivation. Additionally the microbioreactor controls the shaking speed, the temperature inside the cultivation chamber as well as the humidity.\n\nFor most cultivations this features fit already very well. However, if there is a high or very low oxygen level required, a CO2 enriched aeration, anaerobic conditions, or the possibility for measuring Fluorescence Resonance Energy Transfer (FRET), the system can be very easy upgraded with additional modules.\n\n",{"$nulls":6},"margaret-hepplewhite@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Library","City Campus","Robinson Library"]
["equipment","DTP Group HP computers","Nikon BioStation Phase Contrast system with Extended Timelapse modality and Live Cell Imaging capability.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"paul.youngman@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Business School","City Campus"]
["equipment","DTP Group HP EliteOne 800 G1 AiO NT 23","The Seahorse XFe96 Analyzer measures OCR and ECAR of live cells in a 96-well plate format. These rates are key indicators of mitochondrial respiration and glycolysis and provide a systems-level view of cellular metabolic function in cultured cells and ex vivo samples.\n\nContact us: fccf@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/fccf/\n\n",{"$nulls":6},"ian.rutherford@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Dundee University KEATCH","Leica SP8-DLS Confocal Microscope with Lightsheet modality and Live Cell Imaging capability.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"daniel.frankel@newcastle.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Annex"]
["equipment","Dunn Labortechnik GmbH Flexcell FX-5000 Compression#FX-5000C","Perform computational fluid dynamics simulations for marine applications\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life"]
["equipment","Dunn Labortechnik GmbH Flexercell strain unit & vacuum pump",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Durham Ltd FACS Calibre 4 Colour analyser","There are 4 FACSCanto II flow cytometers, 3 in the Medical School and 1 in the Centre for Life. All are 3 laser (Blue, red and violet) producing 8 colour capability.\n\nFor more information and Specs:\n\nhttp://www.ncl.ac.uk/fccf\n\nhttp://www.bdbiosciences.com/ca/instruments/facscanto/index.jsp\n\n",{"$nulls":6},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Off Site","Unspecified"]
["equipment","DVS Advantage 1","Located in the Flow Cytometry Core Facility: http://www.ncl.ac.uk/fccf\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy"]
["equipment","Dynamometer Services Group Limited (Modular Fuel Metering & Conditioning System)","Visitech iSIM Confocal Microscope with Super Resolution modality and Live Cell Imaging capability.\n\nPlease contact Newcastle University's Bioimaging Unit to arrange bookings or training on this instrument.\n\nbioimaging@ncl.ac.uk\n\nwww.ncl.ac.uk/bioimaging\n\nThe facility caters for a wide variety of imaging requirements and can offer: conventional brightfield, phase, DIC and wide field-fluorescence microscopy as well as confocal microscopy, multiphoton-microscopy, Light-sheet imaging, super resolution microscopy and 'high-content' confocal screening.\n\nWe can cover a wide range of imaging techniques on both live and fixed samples for example: Fluorescence Recovery After Photobleach (FRAP), Forster Resonance Energy Transfer (FRET), time lapse (live-cell) light-sheet and volume (z-stack) imaging. Our equipment can also accommodate fixed and live-cell automated screening (high-content) applications and is supported by several networked and dedicated workstations running both commercial and open-source image analysis software.\n\nOur facilities can be accessed by both internal and external academic researchers as well as commercial projects. Access can be on one of three levels: unsupervised (once trained), part-supervised, contract (we do the imaging). Our team of specialists can provide advice on all aspects of microscopy from experimental design through to image analysis.\n\n",{"$nulls":6},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","E H Loonstra Gamma Ray Soil Sensor - 1307.14/elo 60%",{"$nulls":7},"jennifer.gilroy@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","EC-Lab; Samsung  U-3200, U-PG581-2; NP-RF511-AO1UK","Support research activities in Centre for Cybercrime and Computer Security (CCCS), including NFC card payment security, usable authentication to mobile devices, touch-screen based electronic voting, secure communication between mobile devices etc.\n\n",{"$nulls":6},"philip.manning@ncl.ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","Echosens -  Fibroscan FS502 ","https://www.ncl.ac.uk/htsf/\n\nThe High Throughput Screening Facility in the medical faculty at Newcastle University possesses a range of robotic equipment for high throughput biological screens and can assist with experimental design and statistical analysis.\n\nServices Offered\n\nä?æsiRNA and mammalian screening: siRNAs can be cherry picked from libraries. siRNAs can be transfected into mammalian cell cultures.\n\nä?æSynthetic Genetic Array (SGA): A query gene mutation(s) is combined with all non-essential null mutations in the budding yeast genome to produce 5000 different double mutant yeast strains. Fitness of all double mutants is determined by photography.\n\nä?æQuantitative Fitness Analysis (QFA): Determines fitness of thousands of parallel microbial cultures growing on solid agar plates. QFA can be used to assess the effects of genetic, drug, temperature or nutrient interventions. Typically we quantify cell density of 384 independent cultures per plate and determine the exponential-phase growth rate, saturated culture density and fitness for all strains.\n\nä?æLibraries and Culture Handling: We have single-deletion and GAL overexpression libraries from S. cerevisiae, and we are happy to discuss the purchase of other libraries. We can also handle many other biological materials (e.g. siRNA, bacterial, S. pombe or mammalian cells).\n\nLibraries Retained\n\nä?æDharmacon Human Drugable Genome Library\n\nä?æGPCR\n\nä?æProtein Kinases\n\nä?æIon Channels\n\nä?æPhosphatases\n\nä?æDrug Targets- Includes genes involved with apoptosis, senesence, nucleic acid binding, autophagy, DNA repair, and characterized nuclear receptors\n\nä?æProteases\n\nä?æUbiquitin Conjugation 1 - Cullins, E1, E2, HECT E3 Ligases\n\nä?æUbiquitin Conjugation 2 - F-box, SOCS box E3 Ligases\n\nä?æUbiquitin Conjugation 3 - RING finger and RING finger-like E3 Ligases\n\nä?æSynthetic Genetic Array (SGA): A query gene mutation(s) is combined with all non-essential null mutations in the budding yeast genome to produce 5000 different double mutant yeast strains. Fitness of all double mutants is determined by photography.\n\nä?æQuantitative Fitness Analysis (QFA): Determines fitness of thousands of parallel microbial cultures growing on solid agar plates. QFA can be used to assess the effects of genetic, drug, temperature or nutrient interventions. Typically we quantify cell density of 384 independent cultures per plate and determine the exponential-phase growth rate, saturated culture density and fitness for all strains.\n\nä?æLibraries and Culture Handling: We have single-deletion and GAL overexpression libraries from S. cerevisiae, and we are happy to discuss the purchase of other libraries. We can also handle many other biological materials (e.g. siRNA, bacterial, S. pombe or mammalian cells).\n\nEquipment\n\nä?æBeckman Biomek FX Liquid Handler: Pipettes and mixes liquids and cultures. Consists of 96 well and Span-8 (1-8 independent channel) liquid handling tips. Can transfer a single or up to 96 liquids between media or onto solid agar. The FX is integrated with a stacker allowing use of up to 189 plates per run, vortexer, bar code readers and tip washing stations.\n\nä?æBiomatrix BM3-09 Colony Handler: Transfers solid microbial colonies in 1, 96, 384 or 1536 colony formats from solid agar to solid agar or to liquid culture (e.g. 96 well plates). The BM3 can replicate or re-array libraries, revive frozen libraries and an integrated stacker up to 192 plates per run and contains an integrated bar code reader.\n\nä?æMatrix WellMate Dispenser: For rapid, sterile dispensing of liquid and cultures in 96 or 384 well format. Handles volumes from 1‘?l to 2000‘?l.\n\nä?æspImager: High resolution agar plate imaging system with uniform illumination, reproducible plate positioning and integrated bar code reader.\n\nä?æS&P Robotics Automated Incubators: Automated agar plate photographic system. Allowing regular periodic (e.g. every 4 hours) photography of up to 160 agar plates for periods up to one week. Contains integrated bar code reader.\n\nContact: peter.banks@ncl.ac.uk\n\n",{"$nulls":6},"timothy.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus"]
["equipment","Edinburgh Designs Wave tank system","The Vectrino is a high-resolution acoustic velocimeter used to measure 3D water velocity in a wide variety of applications from the laboratory to the ocean. The basis measurement technology is coherent Doppler processing, which is characterized by accurate data with no appreciable zero offset.\n\nEnable the Emerson Cavitation Tunnel to alter the flow regime through it in a variable manner and monitor its input/output. Used in all flumes to provide real time accurate flute measurement. (portable tool)\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","Edinburgh Designs Wave tank system upgrade","This equipment resides within Newcastle University's Preclinical In Vivo Imaging Facility:\n\nwww.ncl.ac.uk/pivi\n\nDESCRIPTION\n\nMaintenance-free 90kV X-ray source\n\nFully distortion corrected 11Mp X-ray camera\n\nUp to 8000x8000 pixels in every slice\n\nDown to 9Œµm in-vivo 3D spatial resolution\n\nShortest scanning cycle is about 1 minute (1Kx1K slice format)\n\nIntegrated physiological monitoring (breathing, movement detection, ECG)\n\n4D time-resolved microtomography\n\nSoftware for 2D/ 3D image analysis, bone morphometry and realistic visualization\n\nThe SkyScan 1176 is a high performance in vivo micro-CT scanner for preclinical research. The large format 11 megapixel x-ray camera gives an unrivalled combination of resolution, image field size and scan speed - everything that is required in a busy and demanding biomedical research laboratory. Image field width up to 68 mm allows full body mouse and rat scanning and distal limb scanning for big animals, such as rabbits, at pixel sizes of 9, 18 and 35Œµm. Variable x-ray energy and automatic filter changer provide scanning flexibility to allow imaging of a wide range of samples from lung tissue to bone with titanium implants.\n\nAnimal beds for rats and mice are available made of carbon fiber or polystyrene foam. An integrated physiological monitoring subsystem provides breathing and heart-beat gating for proven thoracic image improvement by synchronized acquisition.\n\nThe full range of SkyScan software is supplied, including world's fastest hierarchical (InstaReconŒ¬) and GPU-accelerated volumetric reconstructions, software for 2D/ 3D quantitative analysis and for realistic 3D visualization. The software for 4D time-resolved microtomography is also supplied as standard. The scanner can work in \"push button\" mode with scanning start/ stop and protocol setting from the integrated touch screen. The touch screen has a force sensitive surface allowing normal response to a hand in gloves. The main control rack-mounted workstation is integrated below the scanner. The scanner can be optionally supplied with an integrated cluster of two powerful multicore workstations placed in the lower part of the scanner's body.\n\n",{"$nulls":6},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","EG Berthold Microplate Luminometer",{"$nulls":7},"john.lunec@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Electrical Geodesics 14 01282 128 Cnl Pble Geodesic EEG","The GC-2010 Plus enables reliable, high-precision trace analysis with high repeatability, utilizing detectors such as FID and FPD that feature best-in-class sensitivity.\n\nIn addition, rapid oven cooling and backflush technology shorten analysis time greatly for significant improvements in productivity.\n\n",{"$nulls":6},"karen.bai@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Electro - Optics Ltd OSP-100A Optical Space profiler","The PhantomŒ¬ v611 provides a widescreen CMOS sensor and greater than 6 Gigapixels/second throughput\n\n",{"$nulls":6},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","Electrode Puller","Measure pressure trace inside engine\n\n",{"$nulls":6},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Electron Microscopy (EM) Research Services","Total system includes Bio-Console 560 Pump Speed Controller, Flow Transducer, Model 150 Emergency Handcrank, 540T External Drive Unit, Bio CalŒ¬ 370 Blood Temperature Control Module, PBS Cabinet, Adjustable Arm Assembly, SechristŒ¬ Air/Oxygen Mixer, Regulator/Hose Set and ACT PLUSŒ¬\n\n",{"$nulls":6},"kathryn.white@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Elliot Scientific Ltd Optical Tweezer system","The Sanako Lab 300 is a combination of software and hardware, providing you with high quality audio along with the use of computers. It allows you to: Use your Existing Audio, Communicate, Test, Manage the Classroom, Use External Sources, Package Files and Record Students\n\n",{"$nulls":6},"carolyn.wildsmith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","EMCO Education Ltd. ZPrinter 450 colour 3D Printer",{"$nulls":7},"graham.farmer@ncl.ac.uk",{"$nulls":3},"sean.mallen@ncl.ac.uk",null,null,"School of Architecture, Planning & Landscape","City Campus","Architecture Building"]
["equipment","Emerging Technology and Materials Cleanrooms","A spray dryer with the ability to use organic solvents without the risk of explosion because the system works under inert conditions - that is the B-290's major selling point.\n\nIt has applications in spray drying and encapsulation including pharmaceuticals, food, nanotechnology, feed and many others.\n\n",{"$nulls":6},"nick.wright@ncl.ac.uk",{"$nulls":3},"tracey.nicholls@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Emerson Process Management Ltd. X-STREAM general purpose process gas analyzer (X2GP)","The QuickPlex instrument is the newest multiplexing instrument from MSD, offering affordable access to highäóïperformance, electrochemiluminescence immunoassays. This compact system has been engineered for reliability, ease of use, and low cost of ownership. The combination of rapid read times and the ability to perform multiple, simultaneous tests on a single sample increases productivity, conserves sample, and delivers results quickly. The QuickPlex has a wide menu of commercially available assay kits and a full line of components and reagents for developing your own assays.\n\n",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Empyrean X-Ray Diffractometer","High-Reliability and High-Performance Wire-cut Electric Discharge Machine\n\n",{"$nulls":6},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","EMS Particle Solutions - Safety Cabinets","High sensitivity for chemiluminescence and quantitative near-infrared fluorescence detection, plus ethidium bromide-stained DNA gel imaging\n\nTwo infrared fluorescence detection channels enable LI-COR's industry standard quantitative two-color target analysis.\n\nWith the Odyssey Fc System, chemiluminescent imaging is streamlined for excellent results with minimal user adjustments and without the need for multiple exposures.\n\n",{"$nulls":6},"karen.kernon@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Environmental Measurement Ltd: X Band Radar ","Designed with the intention of developing a new impactor specifically for inhaled and nasal products, the Next Generation Impactor has been accepted into the Pharmacopoeias in 2005.\n\nThe NGI has seven stages, five of which are in the range 0.5 to 5 microns plus a micro-orifice collector which acts as a final filter and a horizontal planar layout adopted for ease of operation and automation.\n\nThe air flow passes through the impactor in a saw tooth pattern. Particle sizing is achieved by successively increasing the velocity of the air stream by forcing it through a series of nozzles containing progressively reducing jet diameters.\n\nThe resultant samples from each stage are collected in a series of collection cups such that all the cups can be removed and/or replaced in one single operation.\n\n",{"$nulls":6},"michael.wright3@ncl.ac.uk",{"$nulls":3},"daniel.brooking-coker@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Environmental Measures Ltd. Hydrological & Hydrochemical & assoc templates","Vari Speed 2 Range Head. Chrome Slides or Box Ways. 3 Axis DRO. 2 Axis CNC (3 Axis optional). Verify Solid Model Graphics. Precision Ground Ballscrews. Coolant. Work Light. Auto Lubrication. äóÖStand Onäó» Swarf Tray. Interlocked Guarding.\n\n",{"$nulls":6},"p.f.quinn@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Nafferton Farm"]
["equipment","Epigem Ltd Micrifluidic Test System","This system performs versatile and efficient analyses through comprehensive application solutions and interactive wellness features. The Dionex Integrion system's flexible detector configurations meet your analysis needs for today and tomorrow. Its high-pressure capabilities enable faster analysis without compromising data quality. Use the system's automated eluent generation (EG) to eliminate error-prone manual eluent preparation and achieve better method reproducibility.\n\n",{"$nulls":6},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"jose.portoles@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","epMotion automated liquid handling systems","With a CM1950, laboratories can be sure they have an instrument that meets their requirements for high quality sectioning, unmatched user safety and significantly improved workflows.\n\nTo ensure the CM1950 meets the demanding expectations of cryostat users, Leica Microsystems have introduced two significant features: the CryoZoneä‹¢ cooling system and the optional vacuum waste removal system. The CryoZone system controls a zone of uniformly cool air in the critical areas of the cryochamber. This cool air circulates around the specimen, knife and anti-roll guide to create the optimal conditions for consistent, high-quality sectioning. The optional vacuum system aids workflow and safety. It saves time by keeping sections flat and wrinkle-free and enhances operator safety by removing waste material.\n\nwww.ncl.ac.uk/nuidf\n\n",{"$nulls":6},"david.moir@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Eppendorf Realplex Mastercycler ep gradient S","The NextSeq Series leverages the latest evolution of Illumina sequencing by synthesis (SBS) technology, two-channel SBS, enabling a breakthrough reduction in data generation times.\n\nSBS is the proven, highly accurate reversible-terminator technology used by all Illumina sequencing platforms. The technology uses fluorescently labeled nucleotides to sequence hundreds of millions of clusters on a flow cell surface in parallel. The method virtually eliminates errors and missed calls associated with strings of repeated nucleotides (homopolymers). Benefits of the New Two-Channel SBS Technology\n\nLeveraging all the benefits of proven Illumina SBS chemistry, two-channel SBS technology on the NextSeq Series offers: Faster sequencing times Faster data generation with high data accuracy An affordable solution, enabling NGS to become an everyday tool in laboratories worldwide\n\nContact: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"georg.lietz@ncl.ac.uk",{"$nulls":3},"christopher.bulman@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Eppendorf UK Motion Liquid Handling Satation","Optimum cell growth Creating successful cell cultures requires a CO2 incubator that offers the highest levels of precision, security and ease of use.\n\nOur latest MCO-230AICUV CO2 Incubator CO2 incubators with Panasonicäó»s innovative technologies offer outstanding quality in performance, maximise cell culture productivity and provide optimum results and reproducibility.\n\nProviding a precisely controlled environment for sensitive cell cultures Delivering long-term performance, optimal cell viability and successful experiments, each Panasonic incubator provides precise control of CO2 concentration and temperature, while remaining easy to operate and maintain. The MCO-230AICUV CO2 Incubator CO2 incubators support a reliable, stable cell culture environment across all shelf positions, meaning each and every cell is safely maintained under ideal conditions.\n\nIncreasing work efficiency We have designed our incubators with ease of use and efficiency in mind. By delivering a user friendly cell culture incubator with rapid systems and processes, Panasonic can help make your work as simple as possible.\n\n",{"$nulls":6},"c.n.robson@ncl.ac.uk",{"$nulls":3},"laura.wilson5@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Epplendorf eP Motion robot","Conduct reactions at temperatures below 0 oC by offering much better temperature control and also allow reactions to be left for long periods such as overnight\n\n",{"$nulls":6},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Ergo Computing UK Ltd 56 AS-4 Workstations","Co-ordinate Measurement\n\n",{"$nulls":6},"angela.taylor@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","Medical School"]
["equipment","ESA Analytical Ltd 5600a Coularray 16 ch Detector HPLC","This spectrometer is equipped with a 24 position autosample changer and a triple-resonance nitrogen cooled Prodigy cryoprobe\n\nThe probe is optimised for observation of 1H/19F with enhanced sensitivity for 13C plus observation or decoupling of 15N. This probe is ideal for COSY, EXSY, NOESY, ROESY, HSQC, HMBC, TOCSY, DOSY and has a temperature range of 0 to +80 ŒÁC.\n\nWe also have a 5mm broadband multinuclear (BBO) probe for observation of nuclei in frequency range 109Ag to 31P. This machine can decouple or observe 1H or 19F and has a temperature range of +/- 135 ŒÁC\n\n",{"$nulls":6},"chris.seal@ncl.ac.uk",{"$nulls":3},"brian.brown@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Esteem Systems Ltd. 4x Sun StorageTek CSM200 hard drive array","Test and assess the robustness of novel algorithms for encryption and security\n\n",{"$nulls":6},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun Enterprise M4000 servers","The CFX96ä‹¢ Optical Reaction Module converts the C1000 Touchä‹¢ Thermal Cycler chassis into the powerful and precise CFX96 Touch Real-Time PCR Detection System. This six-channel system combines advanced optical technology with precise thermal control to deliver sensitive, reliable detection. Quickly set up runs and monitor amplification traces in real time on the integrated LCD touch screen. With up to five-target detection, unsurpassed thermal cycler performance, unrivaled stand-alone functionality, and powerful yet easy-to-use software, the CFX96 Touch System is designed to advance your qPCR.\n\nContact us: genomics@ncl.ac.uk\n\nhttps://www.ncl.ac.uk/gcf/\n\n",{"$nulls":6},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun Server","This equipment is located within the High Throughput Screening Facility: www.ncl.ac.uk/htsf\n\n",{"$nulls":6},"john.williams@newcastle.ac.uk",{"$nulls":3},"john.williams@newcastle.ac.uk",null,null,"Library","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun SPARC Enterprise M4000 server 2.1GHz 2P32GB 2HDD- qty 4","The new ActiveTwo system sets new standards for multi channel, high resolution biopotential measurement systems for research applications. The system is a further development of the successful ActiveOne system, the first commercially available system with active electrodes. Advances in technology have allowed BioSemi to significantly increase the number of channels, digital resolution, input range, and sample rate, without any increase in size, power-consumption or costs. Second generation active electrodes are smaller in size with less cable weight, while offering even better specs in terms of low-frequency noise and input impedance. The new system confirms the solid lead that BioSemi has built over competing designs during the last years.\n\n",{"$nulls":6},"david.alsop@ncl.ac.uk",{"$nulls":3},"david.alsop@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun SPARC Enterprise M4000 server 2.1GHz 4P64GB 2HDD- qty 1","\n<ul>\n\t<li>The TMX slant-bed lathes are ideal for medium-sized batches and larger. They have many of the design specifications required for high performance turning.</li>\n\t<li>Design + Construction: It starts with a certified MeehaniteŒ¬ casting, which provides superb dampening characteristics that inhibit thermal deformation and twisting. This robust machine tool features oversized Z-axis guide rails that are strategically spaced to provide excellent support to the cross slide. A wide saddle increases rigidity even further. Ultimately, all of these design features mean the TMX lathes can withstand heavier loads and more momentum.</li>\n\t<li>Servo Turret: Fast Duplomatic servo turret with 12-tool stations is designed to provide faster and more accurate tool indexes. You can use any combination of ID and OD tool holders.</li>\n\t<li>Heat Isolation System: Because heat is the enemy of machine tools, weäó»ve designed our TMX lathes to promote thermal stability by isolating heat producing components and adding a spindle chiller.</li>\n\t<li>Machining Capacity: The generous turning diameter and turning length allows a wide range of part sizes and applications.</li>\n</ul>\n",{"$nulls":6},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun SPARC Enterprise M5000 server 2.1GHz 4P32GB 2HDD- qty 2","Attach to the engine crankshaft and send out crankshaft angle signal\n\n",{"$nulls":6},"david.alsop@ncl.ac.uk",{"$nulls":3},"david.alsop@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun SPARC Enterprises Servers (2)","Newcastle University's new research vessel, The Princess Royal, has been designed in-house by staff and students in the School of Marine Science and Technology.\n\nThe catamaran has established itself as the ideal platform for small research vessels due to its stability, large deck area and manoeuvrability.\n\nOur unique marriage of the catamaran and the deep-vee hull form with anti-slamming bulbous bows gives enhanced seakeeping, efficiency and speed potential whilst maintaining its other inherent virtues.\n\nWith an operational area encompassing the North-East coast of England, the boat features tunnel sterns and the deep fore-foot of the Northumbrian Coble.\n\n",{"$nulls":6},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sun SPARC Enterprises Servers (4)","With the best resolution/speed/price offering on the market, Vicon Vero is the latest optical camera from Vicon. Building on the success of Vantage, Vero combines market leading resolution and speed at a unrivalled price point. Like its bigger brother, Vantage, Vero has on-board sensors that monitor camera position and temperature to ensure optimal performance at all times.\n\nVeroäó»s performance belies its form factor. With an industry leading 2.2 MPX @ 330 FPS, Vero can capture sports movements, multiple actors with very low latency.\n\n",{"$nulls":6},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Esteem Systems Ltd. Sunfire V490 server","Binary pump-like performance in terms of accuracy and precision for flow and composition. Infinite power range combining ultrahigh pressure up to 1200 bar and high analytical flow rates up to 5 mL/min for maximum chromatographic performance Integrated high efficiency degasser with low internal volume is based on PTFE AF technology and offers fast change-over of solvents for purging and priming the pump Highest solvent mixing efficiency before reaching the pump head due to the new InletWeaver, based on established multilayer mixing technology Active damping with independently controllable high resolution pump drives and firmware-embedded tuning algorithms significantly reduce ripples and associated UV noise, switchable V380 Jet Weaver for extra mixing volume A multipurpose valve enables automatic software-embedded functionalities like switching the optional mixer in and out, flushing back the inline filter or automatic purging Convenient, precise and accurate buffer/additive blending using the new software feature BlendAssist, implemented in the pump driver.\n\n",{"$nulls":6},"john.williams@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Library","City Campus","Robinson Library"]
["equipment","Esteem Systems Plc Pillar Axiom FC 12x600GB","Spotlightä‹¢ IR microscope systems are designed to meet the challenges of an expanding laboratory by generating high-quality, reproducible data from a variety of sample types. The Spotlight 400 FT-IR Imaging System combines high sensitivity and rapid imaging with ease-of-use. The ability to image large sample areas rapidly at high spatial resolution extends FT-IR microscopy into new applications.\n\nMaterials analysis, forensics, pharmaceuticals, biomaterials, biomedical research and academic research are all supported by the Spotlight 400 System.\n\n",{"$nulls":6},"peter.harvey@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","ET Power Systems Ltd 3phase AC PSU, 0-300Vdc, 0-15A, 2kVA power drive",{"$nulls":7},"barrie.mecrow@ncl.ac.uk",{"$nulls":3},"james.richardson2@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","ET Power Systems Ltd AC source 0-364Vac, 20kVA power drive","The human brain has about 100 billion neurons. Humans take in the information associated with sight, hearing, touch, smell, and taste from sensory organs (eyes, ears, etc.) and convert this information to electrical signals which are then sent to the brain. Neurons in the brain process this information through mutual exchange of the signals to determine the next action. During this process, oxygenated hemoglobin (oxyHb) supplies oxygen via capillary vessels. NIRS technology can analyze the functional localization of the brain by measuring this reaction in real time using near infrared light.\n\n",{"$nulls":6},"barrie.mecrow@ncl.ac.uk",{"$nulls":3},"james.richardson2@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Eurofins Genetic Services Ltd Imagene TM microarray analysiser","Increased sensitivity over conventional monochromators Continuously adjustable bandwidths (8 to 100 nm) and wavelengths (320 to 850 nm) Combined use of LVF monochromatorsä‹¢ and filters in the same measurement Full-spectrum UV/Vis absorbance measurements in less than 1 second Dedicated, high-energy laser for AlphaScreenŒ¬/AlphaLISAŒ¬/AlphaPlexTM Automated focal Z-height adjustment for top and bottom readings Includes multi-user control and MARS data analysis software with integrated fluorophore library NEW: ACU compatible for O2 and CO2 control Compatible with LVis Plate and stacker\n\n",{"$nulls":6},"david.moir@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Everitt & Marshall Ltd. 6620 John Deere Tractor         NK54 EVU (Nafferton Farm)","1) Detection limit for fluorescein; Fusion Optics: F-Filter; M-Monochromator 2) FP detection limit @ 1 nM fluorescein 3) Detection limit for europium 4) Detection limit for ATP (144-041 ATP detection kit SL [BioThema]) 5) Detection limit for ATP (ENLITENŒ¬ Kit) 6) (PE# 6760620; P-Tyr-100 assay kit) 7) (PE# 6760626D; Omnibeads) 8) Including temperature correction\n\n",{"$nulls":6},"philip.cain@ncl.ac.uk",{"$nulls":3},"william.taylor@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Nafferton Farm"]
["equipment","Everitt & Marshall Ltd. John Deere Tractor  (PN 05 SS0)","Microscope bundle",{"$nulls":6},"philip.cain@ncl.ac.uk",{"$nulls":3},"william.taylor@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Nafferton Farm"]
["equipment","EXCELSIOR AS TISSUE PROCESSOR","The LAB-GSS is able to operate as either a DC source or an electronic DC load. This new integrated approach features high dynamics enabling the user to switch quickly between quadrants. When sinking energy from the unit under test the LAB-GSS automatically inverts the DC to AC and synchronises this output to the grid.",{"$nulls":6},"debra.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine"]
["equipment","Fanuc Robocut C600IA wire eroder","Ion mobilityÊis a powerful extension to mass spectrometry that delivers information about the three dimensional structure of an ion, and increases peak capacity andÊconfidenceÊin compound characterization.",{"$nulls":6},"stephen.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","FEI UK Ltd Equipment","These machines are used for high altitude and space simulation.",{"$nulls":6},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","FEI UK Ltd XL30ESEM","test systems designed for testing the performance characteristics of Electric Vehicle and Energy Storage batteries under real world conditions. This high specification system is designed with the capability to allow the electrical energy produced during discharge to be returned to the electrical grid",{"$nulls":6},"alasdair.charles@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Fiamm Energy Storage Solutions Supply & Installation of a Sodium Nickel (NaNiC12) Battery Energy Storage System",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Fisher Scientific Bio Tek Synergy Reader Microplate",{"$nulls":7},"david.moir@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus"]
["equipment","Fisher Scientific UK Lab Equipment",{"$nulls":7},"michelle.wood@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Off Site"]
["equipment","FLIR E50 Infrared Camera",{"$nulls":7},"sandra.edwards@ncl.ac.uk",{"$nulls":3},"mark.brett@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","FLIR Systems Ltd. SC7500MB R&D inSb Altair Package",{"$nulls":7},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Flow Cytometry Core Facility (FACS)",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","International Centre for Life","BioScience Centre"]
["equipment","Fluid Bed Dryer",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy"]
["equipment","Fluid Imaging Technologies Benchtop FlowCAM VS IV",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Fluidigm BioMark HD Reader",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Fluidigm C1 Single Cell Auto Prep System",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Fluidigm Helios CyTOF system",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"fccf@ncl.ac.uk",null,null,"Flow Cytometry Core Facility","International Centre for Life"]
["equipment","fMRI simulator",{"$nulls":7},"anya.hurlbert@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","FOSSIL FUELS FLUOR- SMULTI IMAGER",{"$nulls":7},"ian.head@ncl.ac.uk",{"$nulls":3},"fiona.read@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Freedom EVO liquid handling robot",{"$nulls":7},"peter.banks@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"High Throughput Screening Facility"]
["equipment","FTIR CONTINUOUS GAS ANALYZER",{"$nulls":7},"gayle.thompson@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering"]
["equipment","Fujifilm Dimatix Inc FLA 3000 Phosphor Imager",{"$nulls":7},"nick.reynolds@ncl.ac.uk",{"$nulls":3},"carole.todd@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Fujifilm Dimatix Inc Materials printing system",{"$nulls":7},"allen.wright@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Fully Automated Cell Separator",{"$nulls":7},"amy.anderson@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine"]
["equipment","GC-2010 Gas Chromatograph & Workstation",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","GE Healthcare  - AKTA Pure",{"$nulls":7},"david.moir@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. (formerly Amersham Biosciences UK Ltd.)Ettan Spot Picker & protective hood",{"$nulls":7},"a.m.r.gatehouse@ncl.ac.uk",{"$nulls":3},"gillian.davison@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. (formerly Amersham Biosciences UK Ltd.)EX-DEMO iTC200 FULLY REFURBISHED SYSTEM.",{"$nulls":7},"heather.lamb@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. AKTA BASIC 10 system",{"$nulls":7},"nick.watkins@ncl.ac.uk",{"$nulls":3},"nick.watkins@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. AKTA Explorer 100 System",{"$nulls":7},"drew.rowan@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. AKTA EXPLORER 100 SYSTEM",{"$nulls":7},"alastair.hawkins@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. Ettan DIGE Imager system",{"$nulls":7},"a.m.r.gatehouse@ncl.ac.uk",{"$nulls":3},"gillian.davison@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. Ettan DIGE Proteomics Equipment",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. Ex-Demo X100 instrument",{"$nulls":7},"jeremy.lakey@ncl.ac.uk",{"$nulls":3},"helen.waller@ncl.ac.yk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. FLA9500",{"$nulls":7},"nick.watkins@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. FPLC AUTOMATED SYSTEM",{"$nulls":7},"drew.rowan@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. RHEU / TC / DNA SMART SYSTEM",{"$nulls":7},"drew.rowan@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. Typhoon trio & associated kit",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","GE Healthcare Bio-Sciences UK Ltd. Vivid I Cardiac System",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Newcastle Hopsitals","Freeman Hospital"]
["equipment","GE Healthcare Life Sciences UK Biacore BC S200 Processing Unit",{"$nulls":7},"timothy.robson@ncl.ac.uk",{"$nulls":3},"claire.harris@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","GE Healthcare UK Ltd AKTA basic PH/C 100 system",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","GE Healthcare UK Ltd AKTA Explorer100 system",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","GE Healthcare UK Ltd Aktapurifier UPC10 FPLC system",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","GE Healthcare UK Ltd Quote number 1-1X2WY9 4 AKTA Pure system with options",{"$nulls":7},"adam.oneill@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","GE Healthcare UK LtdStorm 820 System",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","City Campus","Medical School"]
["equipment","GE Healthcare UK, AKTA PURE 150 and AKTA Start Purification Systems",{"$nulls":7},"wendy.toward@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Catherine Cookson Building"]
["equipment","Gen3 Systems Limited, FINEPLACER Lambda Die Bonding System",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering"]
["equipment","Geneflow Ltd Gbox gel doc system + filters",{"$nulls":7},"gary.beale@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Generation robots Kilobot",{"$nulls":7},"kenneth.pierce@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Genetic Research Instrumentation Ltd. 400B Axon Genepix MICR Scanner",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Genetic Research Instrumentation Ltd. Thermal Cycler",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Genetix Ltd QPix2 XT Base unit",{"$nulls":7},"a.m.r.gatehouse@ncl.ac.uk",{"$nulls":3},"gillian.davison@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Genevac Ltd HT4 II Evaporation System",{"$nulls":7},"michael.carroll@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Genomics Core Facility",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Geomatrix Earth Science Ltd Groundvue 7 - GV7",{"$nulls":7},"Shirley.Mulvenna@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Getech Ltd Acer Aspire E1-571 8GB",{"$nulls":7},"ian.pitcher@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Gilden Fluorescence Spectrometer for Crystalline Samples",{"$nulls":7},"andrew.benniston@ncl.ac.uk",{"$nulls":3},"andrew.benniston@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Gilden Photonics OL50 (50mm f/2.8, 380 Â– 1000mm)",{"$nulls":7},"anya.hurlbert@ncl.ac.uk",{"$nulls":3},"b.m.pearce@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Gilson Robot",{"$nulls":7},"alan.boddy@ncl.ac.uk",{"$nulls":3},"philip.berry@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Global Digital Systems 50kN Load Frame; Enterprise Level Controllers; Loadcell; GDSLAB Kernel",{"$nulls":7},"colin.davie@ncl.ac.uk",{"$nulls":3},"stuart.patterson@newcastle.ac.uk",null,null,"Engineering","City Campus","Drummond Building"]
["equipment","Global Digital Systems Bender Elements",{"$nulls":7},"mohamed.rouainia@ncl.ac.uk",{"$nulls":3},"stuart.patterson@newcastle.ac.uk",null,null,"Engineering","City Campus","Drummond Building"]
["equipment","GloMax Luminometer",{"$nulls":7},"david.young@ncl.ac.uk",{"$nulls":3},"jamie.watson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Google Nexus 4 16GB (5 units)",{"$nulls":7},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","GPE Scientific Limited - Drying and warming cabinets",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus"]
["equipment","GRI Ltd. Scanner Gene Pix",{"$nulls":7},"john.lunec@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","GS Glovebox Systemtechnik GmbH T4 with big Solvents Absorber",{"$nulls":7},"anke.neumann@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Gulmay Medical Ltd Medical RS320 Irradiation System",{"$nulls":7},"james.allan@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Haag-Streit UK Ltd. HRT3 Platform",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","Hadrian Farm Services Ltd Milking Parlour",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"william.taylor@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Nafferton Farm"]
["equipment","Hamamatsu Microchannel Plate Detector",{"$nulls":7},"nick.walker@ncl.ac.uk",{"$nulls":3},"nick.walker@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Hardinge Machine Tools Ltd Millpower 3 axis CNC Bridgeport machine",{"$nulls":7},"stuart.baker@ncl.ac.uk",{"$nulls":3},"norman.charlton@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Medical School"]
["equipment","HEL Limited HP AutoMATE Reactor System",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","HEL Limited Total Reactor System - Simular",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Henniker Scientific Femto",{"$nulls":7},"andrew.pike@ncl.ac.uk",{"$nulls":3},"andrew.pike@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Henniker Scientific Ltd MKS Cirrus Spectrometer",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Hewlett Packard Ltd 75 new computers",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Hewlett Packard Ltd. Cisco 1Port OC192 STM64 POS Rpr XFP",{"$nulls":7},"michael.lancastle@ncl.ac.uk",{"$nulls":3},"michael.lancastle@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Hewlett Packard Ltd. CSC 7600 Series SPA Interface Processor 600",{"$nulls":7},"michael.lancastle@ncl.ac.uk",{"$nulls":3},"michael.lancastle@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Hewlett Packard Ltd. HP P4500 21.6TB SAS Multi-site SAN solution",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Hewlett Packard Ltd. HP Storage Works P4500 G2 21.6 60TB MDL",{"$nulls":7},"david.alsop@ncl.ac.uk",{"$nulls":3},"david.alsop@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Hewlett Packard Ltd. HP Storage Works P4500 G2 21.6 TB SAS",{"$nulls":7},"david.alsop@ncl.ac.uk",{"$nulls":3},"david.alsop@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Hewlett Packard Ltd. MSD /DS -Turbo EI/CI Bundle",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"tracy.thompson@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Hidden Analytical Ltd. CATLAB Microreactor - Mass Spectrometer",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Hidden Analytical Ltd. Membrane Inlet Mass Spectrometer",{"$nulls":7},"tom.curtis@ncl.ac.uk",{"$nulls":3},"donna.swan@ncl.ac.uk",null,null,"Engineering","City Campus","Devonshire Building"]
["equipment","Hiden Analytical Ltd Quadrupole Mass Spectrometer",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","High Field MRI (NHP FMRI)",{"$nulls":7},"alex.thiele@ncl.ac.uk",{"$nulls":3},"li.sun@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","High Shear Granulator",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy"]
["equipment","High Throughput Screening",{"$nulls":7},"peter.banks@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"High Throughput Screening Facility","City Campus","Medical School"]
["equipment","Hirst Magnetic Instruments Ltd M6KJ microprocessor controlled magnetiser",{"$nulls":7},"barrie.mecrow@ncl.ac.uk",{"$nulls":3},"james.richardson2@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Hitachi Flourescence Spectrometer",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Hitachi High-Technologies Quantax 70",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Hitachi High-Technologies TM3030 Plus Tabletop Microscope with Oxford Instruments Swift ED3000 microanalysis system",{"$nulls":7},"ken.madden@ncl.ac.uk",{"$nulls":3},"susan.lawson@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Holroyd Mach Tools Holroyd GG50E CNC Gear Cutting Centre",{"$nulls":7},"brian.shaw@ncl.ac.uk",{"$nulls":3},"s.j.wilson@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Home Discount/ HDEW Nikon 70-20mm AF-S  Nikkor f2.8G ED VR 11 Lens",{"$nulls":7},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","Agricultural Sites","Cockle Park Farm"]
["equipment","Horiba  Edge filter set for 457nm LFIE-VIS-457 1",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"enrique.escobedo-cousin@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Horiba ABX Pentra 400 Clinical Chemistry System",{"$nulls":7},"chris.seal@ncl.ac.uk",{"$nulls":3},"brian.brown@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Horiba Edge filter set for 514nm LFIE-VIS-514 1",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"enrique.escobedo-cousin@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Horiba Instruments Ltd. Emissions Analysis System",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Horiba Instruments Ltd. Engine cell exhaust emission analysis equipment",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Horiba Jobin Yvon Ltd. LabRam high resolution vis spectrometer system",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"enrique.escobedo-cousin@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Horiba Jobin Yvon Ltd. Raman microscope",{"$nulls":7},"john.hedley@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Horiba Raman Spectrometer - LabRAM ",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"gayle.thompson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Horiba UK Limited - Aqualog",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Ridley 2 Building"]
["equipment","Horizon CT-VC-02; CM-VS-03-50; CM-VS-03-90; CT-VT-core",{"$nulls":7},"kenny.dalgarno@ncl.ac.uk",{"$nulls":3},"kenny.dalgarno@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Horizon Instruments Additive Manufacturing Jet Dispensing System",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","HP Compaq Elite 8300 USDT PC",{"$nulls":7},"ian.rutherford@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","HP DL380p 642106-421; 647899-B21; 655710-B21; 662226-B21;63105-B21",{"$nulls":7},"ignazio.viola@ncl.ac.uk",{"$nulls":3},"ben.allen@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Claremont Tower"]
["equipment","HP EliteOne 800 G1 AiO NT 23",{"$nulls":7},"ian.rutherford@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","HPC Upgrade for Direct Numerical Simulation (DNS) of Turbulent Reactign Flows",{"$nulls":7},"nilanjan.chakraborty@ncl.ac.uk",{"$nulls":3},"ian.pitcher@newcastle.ac.uk",null,null,"Engineering","City Campus","Claremont Tower"]
["equipment","HPLC  Coulochem II multiple component system",{"$nulls":7},"anne.borland@ncl.ac.uk",{"$nulls":3},"helen.martin2@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","HTM Reetz GmbH LK 1100-45-250-1; RE.LB.1.P16.0; Gas-tight working tube; Reducer; L-stand",{"$nulls":7},"ulrich.baisch@ncl.ac.uk",{"$nulls":3},"ulrich.baisch@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Huawei Technologies AP5010DN-AGN",{"$nulls":7},"julia.sibbald@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Hurco TMX8 CNC Lathe ",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Hybrid quadrupole-Orbitrap mass spectrometer",{"$nulls":7},"matthias.trost@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","HYDRO CHAFER LTDHYDRO CHAFER SPRAYER",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Nafferton Farm"]
["equipment","ICaMB Equipment Access Charge",{"$nulls":7},"joanna.keith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","ICM (Various School Equipment)",{"$nulls":7},"kay.howes@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","William Leech Building"]
["equipment","iFunnel Q-TOF",{"$nulls":7},"david.moir@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Illumina NextSeq 500 Sequencer",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Illumina NovaSeq 6000 Sequencing system",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Illumina UK Ltd Sequencer 2013-65765",{"$nulls":7},"jill.green@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Illumina UK Ltd.  BeadXpress System",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Illumina UK Ltd.  Cluster Station",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Illumina UK Ltd.  Genome Analyzer (GAII) Refurbished",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Illumina UK Ltd.  Paired End Module (Stand alone)",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Imaging Associates Axiovert 200 M Microscope",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","City Campus","Medical School"]
["equipment","Imaging Equipment Ltd Modular lab system",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Immunology GG11834 132232 CELL IRR",{"$nulls":7},"simon.willis@ncl.ac.uk",{"$nulls":3},"simon.willis@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","Restricted","Restricted"]
["equipment","Implen UK Ltd SB401 SlideBooster",{"$nulls":7},"olaf.heidenreich@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Improvision Limited Volocity grid confocal system (based on Olympus IX81 microscope)",{"$nulls":7},"caroline.austin@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Imsol Image Solutions INCYT Pm 2 Dual Wave",{"$nulls":7},"david.thwaites@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","IncuCyte ZOOM HD/2CLR System Package",{"$nulls":7},"debra.jones@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","William Leech Building"]
["equipment","Infectious Diseases Facility",{"$nulls":7},"michael.glanville@ncl.ac.uk",{"$nulls":3},"anjam.khan@ncl.ac.uk",null,null,"Infectious Diseases Facility","City Campus","Medical School"]
["equipment","Infors UK Ltd. \"labfors 4 Lux\" LED Bioreactor",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Infors UK: Multitron Incubation Shaker",{"$nulls":7},"agnes.kane@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Infors UK: Multitron Incubation Shaker (Single)",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"peter.bowes@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","Inseto (UK) Ltd. Model 4700 Convertible Wedge & Ball bonder",{"$nulls":7},"alton.horsfall@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Inseto (UK) Ltd. PE-PE50",{"$nulls":7},"neil.keegan@ncl.ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","Inseto (UK) Ltd. TPT HB16 wire bonder",{"$nulls":7},"alton.horsfall@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Insight Direct (UK) Ltd. SATAbeast 8GB",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Robinson Library"]
["equipment","Insight Direct (UK) Ltd.Nexsan SATABeast",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Robinson Library"]
["equipment","Insight Direct (UK) Symantec Maintenance Renewal",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Insight Direct UK Ltd HP 3PAR Storage -  20TB",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Insight Direct UK NU/0839 Computers",{"$nulls":7},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Inspectahire Instrument Company Ltd Thermal Imaging Camera System FLIR P660",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Devonshire Building"]
["equipment","Instron 8800 Servohydraulic Controller",{"$nulls":7},"ken.madden@ncl.ac.uk",{"$nulls":3},"susan.lawson@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Instron Ltd Table Mounted Testing Instrument",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","Instron Ltd. Instron 250Kn material testing machine",{"$nulls":7},"stuart.patterson@ncl.ac.uk",{"$nulls":3},"stuart.patterson@ncl.ac.uk",null,null,"Engineering","City Campus","Drummond Building"]
["equipment","Instron Ltd. Instron 250Kn material testing machine",{"$nulls":7},"norma.kerr@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering"]
["equipment","Instron Ltd. Instron 25Kn Actuator and power supply",{"$nulls":7},"bill.cragie@ncl.ac.uk",{"$nulls":3},"bill.cragie@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Instron Ltd. Servohydraulic Test Machine",{"$nulls":7},"george.kotsikos@ncl.ac.uk",{"$nulls":3},"michael.foster@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Integrated Scientific Ltd. Cold Filter Plugging Point apparatus with built-in cooler.",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Integrated Scientific Ltd. ISL Model FPP5Gs",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Ion Chef Instrument",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience"]
["equipment","ION S5 system",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience"]
["equipment","Ionoptika Ltd J105 to FSIMS instrument and associated equipment. Tender ref NU/0859J105 to FSIMS instrument and associated equipment. Tender ref NU/0859",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Isolation amplifier",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Isolera Spektra Accelerated Chromatographic Isolation system",{"$nulls":7},"joanne.lakey@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","IVIS Spectrum - Bioluminescence & Fluorescence In Vivo Imaging ",{"$nulls":7},"saimir.luli@ncl.ac.uk",{"$nulls":3},"preclinicalimaging@ncl.ac.uk",null,null,"Preclinical In Vivo Imaging Facility","City Campus","Medical School"]
["equipment","J G Paxton & Sons Ltd. C178/JCB Loadall NK 60 AHJ less trade in NK 06 PKD",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","J G Paxton & Sons Ltd. New Case IH Puma 140 tractor NK08 HNG",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","JA Gastechnology Hydrogen Gas Store",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","Agricultural Sites","Cockle Park Farm"]
["equipment","Jasco UK Ltd Spectropolarimeter",{"$nulls":7},"jeremy.lakey@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Jencons PLSPRIORCLAVE 350L AUTOCLAD",{"$nulls":7},"john.isaacs@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Jeol (UK) Ltd. 10mm Low frequency Tuneable Probe",{"$nulls":7},"corinne.wills@ncl.ac.uk",{"$nulls":3},"corinne.wills@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Jeol (UK) Ltd. 500 MHz NMR Spectrometer",{"$nulls":7},"corinne.wills@ncl.ac.uk",{"$nulls":3},"corinne.wills@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Jeol (UK) Ltd. 5mm Inverse Field Gradient Probe",{"$nulls":7},"corinne.wills@ncl.ac.uk",{"$nulls":3},"corinne.wills@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Jobin Yvon Ltd. Flourlog Tau 3 Flourescense Spectrometer",{"$nulls":7},"anthony.harriman@ncl.ac.uk",{"$nulls":3},"anthony.harriman@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Julabo FT902, FT402",{"$nulls":7},"lee.higham@newcastle.ac.uk",{"$nulls":3},"lee.higham@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","K Biosciences Covaris S-series Model S2",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","KaVo International Dental Simulators",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","Keithley Instruments Ltd. MIMO synchronisation system",{"$nulls":7},"stephen.robson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Kelway Ltd HP StoreVirtual 4730FC Storage",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Ken Kimble (Reactor Vessels) 2 litre distillation system",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Kendro Lab Products Ltd. Discovery 90S SE 230V 50HZ",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Kendro Lab Products Ltd. RCSC PLUS",{"$nulls":7},"john.isaacs@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Kendro Lab Products Ltd. Various Rotors & Tubes",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Kinexus Pro+",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Kistler Insruments Ltd Microcomponent Force Plate",{"$nulls":7},"garth.johnson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","KIT CRYO PTV LCO2",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"pamela.moderate@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Klingelnberg gmbh Klingelnberg CNC Gear Measuring Center P65",{"$nulls":7},"brian.shaw@ncl.ac.uk",{"$nulls":3},"s.j.wilson@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Kontron Instruments Ltd PHY9820-KONTRON-232586",{"$nulls":7},"jeffrey.pearson@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Kratos Analytical Ltd Axis Ultra XPS",{"$nulls":7},"lidija.siller@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Bedson Building"]
["equipment","Kratos Analytical Ltd Kratos Axis Nova Base Unit",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"naoko.sano@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Kromatek QFM - 400 Four Syringe Microvolume Quench Flow",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Kulite Sensors Ltd XTEL-CS-190M-150 barA",{"$nulls":7},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","Agricultural Sites","Cockle Park Farm"]
["equipment","Kurt J Lesker PVD75 systems (2)",{"$nulls":7},"alton.horsfall@ncl.ac.uk",{"$nulls":3},"alton.horsfall@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Lablogic 300SL automatic TDCR liquid scintillation counter",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Lablogic AR 2000 2 plate imaging scanner",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Lablogic Radio HPLC & Radio GC/GC7890",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Labtech International - BioFlux system",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","Newcastle Hopsitals","William Leech Building"]
["equipment","Labtech International - Microfluidics System",{"$nulls":7},"jon.dowland@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus"]
["equipment","Laerdal Medical Ltd. Patient Monitors (2)",{"$nulls":7},"roger.searle@ncl.ac.uk",{"$nulls":3},"brian.thompson@ncl.ac.uk",null,null,"School of Medical Sciences Education Development","City Campus","Framlington Place (16 - 17)"]
["equipment","Laerdal Medical Ltd. Simmand with compressor & PC",{"$nulls":7},"david.alsop@ncl.ac.uk",{"$nulls":3},"david.alsop@ncl.ac.uk",null,null,"NUIT","City Campus","Medical School"]
["equipment","Laerdal Medical Ltd.Patient Monitor (SimMan) serial number 9QTJTD4J",{"$nulls":7},"roger.searle@ncl.ac.uk",{"$nulls":3},"brian.thompson@ncl.ac.uk",null,null,"School of Medical Sciences Education Development","City Campus","Framlington Place (16 - 17)"]
["equipment","Language Laboratory",{"$nulls":7},"andrew.grenfell@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Modern Languages","City Campus","Old Library Building"]
["equipment","LaserVision KTO OPO and four crystal OPA with wavelength extension",{"$nulls":7},"robin.ingleton@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Lecia Aperio CS2 Digital Pathology Scanner (CEIVD) Ex demo kit",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Leica CM1950 Cryostat",{"$nulls":7},"michael.glanville@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Infectious Diseases Facility"]
["equipment","Leica DM5500 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Leica DM6 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Paul O'Gorman Building"]
["equipment","Leica DMi8 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Leica DMRB Microscope",{"$nulls":7},"gordon.beakes@ncl.ac.uk",{"$nulls":3},"mark.bendall@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Ridley 2 Building"]
["equipment","Leica EM UC7 Ultramicrotome",{"$nulls":7},"kathryn.white@ncl.ac.uk",{"$nulls":3},"tracey.davey@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Leica Geosystems Ltd Nova MS50 3D MultiStation",{"$nulls":7},"shirley.mulvenna@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Leica Geosystems Ltd ScasnStation P20 (Education)",{"$nulls":7},"helen.chapman@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Cassie Building"]
["equipment","Leica M205 Stereo Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Leica Microsystems (UK) Ltd. Confocal Microscope System",{"$nulls":7},"nick.reynolds@ncl.ac.uk",{"$nulls":3},"carole.todd@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Leica Microsystems (UK) Ltd. Flourescent Microscope",{"$nulls":7},"c.n.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Leica Microsystems (UK) Ltd. LEITZ DM RBE",{"$nulls":7},"junyong.huang@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Leica Microsystems (UK) Ltd. ScanStation 2 - 50k scanning system",{"$nulls":7},"henny.mills@ncl.ac.uk",{"$nulls":3},"henny.mills@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Leica Microsystems (UK) Ltd. Stereo Dissecting Microscope (inc. Light Source)",{"$nulls":7},"bill.chaudhry@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Leica Microsystems (UK) Ltd. TCS 4D UPGRADE WITH HECAD LASER",{"$nulls":7},"junyong.huang@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Leica Microsystems (UK) Ltd. TCS-SP2UV Confocal Microscope",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Leica Microsystems DM5500B Microscope",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Leica Microsystems UK Ltd Automated Fluorescence Stereomicroscope",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Leica Microsystems UK Ltd DM2700 P system microscope",{"$nulls":7},"helen.chapman@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Cassie Building"]
["equipment","Leica Microsystems UK Ltd LMD7 System",{"$nulls":7},"jonathan.coxhead@ncl.ac.uk",{"$nulls":3},"genomics@newcastle.ac.uk",null,null,"Genomics Core Facility","International Centre for Life"]
["equipment","Leica Mictrosystems (UK) Ltd Inverted Fluorescent Microscope System",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Leica SCN400 Slide Scanner and Auto Loader",{"$nulls":7},"amy.peasland@ncl.ac.uk",{"$nulls":3},"amy.peasland@ncl.ac.uk",null,null,"Newcastle Biobanks","City Campus","Medical School"]
["equipment","Leica SP8-DLS Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Leica SP8-STED Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Leica SPE Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Paul O'Gorman Building"]
["equipment","LEM UK Ltd. LEM UK LTD",{"$nulls":7},"barrie.mecrow@ncl.ac.uk",{"$nulls":3},"james.richardson2@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Lesker Thin layer Thermal Evaporator",{"$nulls":7},"neil.keegan@ncl.ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","LewVac Z-VAC-SUIT-BB",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"anders.barlow@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","LI-COR Biosciences Odyssey FC Dual Mode Imaging System",{"$nulls":7},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","LI-COR Biosciences Odyssey FC Dual Mode Imaging System",{"$nulls":7},"timothy.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","LI-COR Biosciences Odyssey FC Dual Mode Imaging System",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research"]
["equipment","LI-COR Biosciences UK",{"$nulls":7},"karen.kernon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life"]
["equipment","LI-COR Biosciences UK Ltd Odyssey CLx Infrared Imaging 9140-CAP",{"$nulls":7},"karen.kernon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life"]
["equipment","Licor Odyssey Infrared imager",{"$nulls":7},"alison.howard@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Life Science Imaging ICO113/001",{"$nulls":7},"anil.wipat@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Bedson Building"]
["equipment","Life Technologies Ltd - Flowcytometer - Attune NXT AFC B-Laser",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Life Technologies Ltd - QS7 Real-Time PCR System",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus"]
["equipment","Life Technologies Ltd Quant Studio 7-As",{"$nulls":7},"karen.kernon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life"]
["equipment","Linton Metabolic Modular Treadmill",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"hazel.glass@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","William Leech Building"]
["equipment","LOT Oriel Group EuropeN-MSI-VX Nuance VX system",{"$nulls":7},"d.m.turnbull@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","City Campus","Medical School"]
["equipment","LSRFortessa cell analyzer ",{"$nulls":7},"debra.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","LSRFORTESSA X-20",{"$nulls":7},"debra.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","Lucas-Nulle GmbH Servo Machine test stand for 0.3kW",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Lyse Wash Assistant",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Lyse Wash Assistant",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Flow Cytometry Core Facility","International Centre for Life","BioScience Centre"]
["equipment","M.Braun Inert Gas-System MB-Acryl BS 2202-P-VAC",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"jose.portoles@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","m2p Labs G-BL100-1 BioLector Microbioreactor system",{"$nulls":7},"wendy.toward@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Catherine Cookson Building"]
["equipment","Maccor Automated 16 channel 4600 battery test system",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Magcam NV MiniCube magnetic field camera with 12.8mm x 12.8mm sensor surface",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Magnetic Resonance (MR) Centre",{"$nulls":7},"roy.taylor@ncl.ac.uk",{"$nulls":3},"beverly.hailstone@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Campus for Ageing & Vitality","Newcastle Magnetic Resonance Centre"]
["equipment","MAGSTIM Transcranial Magnetic Stimulation Equipment ",{"$nulls":7},"daniel.padgett@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Ageing & Health","Newcastle Hopsitals"]
["equipment","Malvern High Performance Particle Sizer",{"$nulls":7},"david.fulton@ncl.ac.uk",{"$nulls":3},"joanne.lakey@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Malvern Instruments Ltd Zetasizer Nano ZS laser equipment",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Malvern Instruments Ltd. Dynamic Light Scatter",{"$nulls":7},"rick.lewis@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Malvern Instruments Ltd. Zetasizer Nano ZS",{"$nulls":7},"olaf.heidenreich@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Malvern Instruments Rheometer",{"$nulls":7},"carolyn.wildsmith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Cassie Building"]
["equipment","Marine Sciences MS100633   960449",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Marine Technology MA8977/LASER -UNT/RNA/1999/ULPS",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Mars 1200 IVF # WM1200 E and 9.002.000.602",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine"]
["equipment","Master Mix",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Mastersizer 3000",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","MCO-230AICUV-PE CO2 Incubator 230I with UV disinfection",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","MDF-C2156VAN-PE Ultra Low Temperature Freezer (Chest Freezer)",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","MDF-DU700VH-PE Ultra Low Temperature Freezer with VIP insulation (Upright Freezer)",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Meritics Ltd Thermo Scientific Surfer gas adsorption micropore surfer",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Merrow Scientific Magnetic Suspension Balance",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Meso Quickplex Sq 120",{"$nulls":7},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","Meso Quickplex SQ 120",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"git.chung@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Catherine Cookson Building"]
["equipment","Metrohm 797 VA Computrace",{"$nulls":7},"rob.goddard@ncl.ac.uk",{"$nulls":3},"lisa.inganni@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Mettler - Toledo Ltd. R/R 1000REACTION ANALYSIS SYSTEM",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Mettler-Toledo Ltd DSC823e/400",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","Mettler-Toledo Ltd DST 6.35mm x 2.0m x 305mm DiComp  ",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Microcal LLC SYS12901i System VP - DSC",{"$nulls":7},"heather.lamb@ncl.ac.uk",{"$nulls":3},"heather.lamb@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Microcal LLC ULTRASENSITIVE VP-ITC MICROCALORIMETER",{"$nulls":7},"heather.lamb@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","MicroCal LLC VP-ITC Microcalorimeter",{"$nulls":7},"alastair.hawkins@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","MicroCal LLC VT-ITC-Microcalorimeter",{"$nulls":7},"harry.gilbert@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Microm UK Ltd SCA sperm analysis system",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Micromeritics Sedigraph",{"$nulls":7},"emma.pearson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Microscope",{"$nulls":7},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","William Leech Building"]
["equipment","Miltenyi CliniMACS Plus",{"$nulls":7},"anne.dickinson@ncl.ac.uk",{"$nulls":3},"julian.de-havilland@ncl.ac.uk",null,null,"Cellular Therapies Facility","International Centre for Life","BioScience Centre"]
["equipment","Miltenyi CliniMACS Prodigy",{"$nulls":7},"anne.dickinson@ncl.ac.uk",{"$nulls":3},"julian.de-havilland@ncl.ac.uk",null,null,"Cellular Therapies Facility","International Centre for Life","BioScience Centre"]
["equipment","Mini Spray Dryer B-290",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Mitutoyo (UK) Ltd CNC CMM Installation",{"$nulls":7},"thomas.joyce@ncl.ac.uk",{"$nulls":3},"martin.bone2@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","MKS Instruments UK Ltd Cirrus 2-quadrupole mass spectrometer",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Modular Absorption Performance Measurement System",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Molecular Dynamics STORM -PC",{"$nulls":7},"zofia.chrzanowska-lightowlers@ncl.ac.uk",{"$nulls":3},"debbie.jones@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Monitor",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Offsite - Institute of Neurosciences, Kolkata, India"]
["equipment","Moor Instruments SOFTWARE-MOORVMS; CUFF-ARM-RD; MOORVMS-LDF1;MOORVMS-PRES; VP1;PFS",{"$nulls":7},"mario.siervo@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Agriculture Building"]
["equipment","Morecroft Engineers Ltd Gasifier",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Morphologi G3-ID",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy"]
["equipment","MortaraDolby MOR-H12PLUS-CAB-XXXXX",{"$nulls":7},"philip.langley@ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","MS & CMX155875 Gas Chromatograph",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","MSK-USP-02 Desk-top ultrasonic spray Pyrolysis coater",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"david.moir@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Ridley 2 Building"]
["equipment","MultiMode 8-HR Scanning Tunneling Microscope ",{"$nulls":7},"kate.mcgill@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus"]
["equipment","Music Village Educational Supplies SRIF equipment",{"$nulls":7},"sarah.greenhalgh@ncl.ac.uk",{"$nulls":3},"sarah.greenhalgh@ncl.ac.uk",null,null,"Culture Lab","City Campus","Culture Lab"]
["equipment","N J Froment & Co Ltd Proofloader Load Bank MC1100XXX540",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","N J Froment & Co LtdElectrical load banks",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","NanoString Technologies Inc High-Throughput Multiplexed Gene Expression Analysis System",{"$nulls":7},"anastasia.resteu@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","NanoTemper Technologies GmbH NanoTemper Monolith NT.115",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","National Instruments Corps (UK) Ltd NI CRIO System",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","National Instruments USRP-2943R (1.2 GHz to 6 GHz SDR)",{"$nulls":7},"stephen.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","NDT Equipment Services Ltd  X - Ray System CP 320",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","City Campus","Medical School"]
["equipment","Near-Infrared Spectroscopy",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience"]
["equipment","Netzsch Geratebau GMBH Gas analytical system QMS 402",{"$nulls":7},"david.manning@ncl.ac.uk",{"$nulls":3},"philip.green@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Netzsch Geratebau LFA 467 Hyperflash and DSC 214 Polyma",{"$nulls":7},"jan.fairless@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Neuralynx Europe Digital Lynx 32 channels (AD-102954)",{"$nulls":7},"Kay.Garrick@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Neuralynx Inc. neuraLynx Digital Lynx System",{"$nulls":7},"alex.thiele@ncl.ac.uk",{"$nulls":3},"alex.thiele@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Neurolabware Photon Microscope",{"$nulls":7},"glynis.mitchinson@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Neurospec AG, Active Two Base System",{"$nulls":7},"samantha.cook@newcastle.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Newcastle Biobanks",{"$nulls":7},"amy.peasland@ncl.ac.uk",{"$nulls":3},"karen.hedley@ncl.ac.uk",null,null,"Newcastle Biobanks","City Campus","Medical School"]
["equipment","Newcastle Cosmogenic Isotope Laboratory ",{"$nulls":7},"anne-sophie.meriaux@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","King George VI Building"]
["equipment","NexGen Low Profile PNC rack",{"$nulls":7},"chris.skinner@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","Newcastle Hopsitals","William Leech Building"]
["equipment","NexGen Low Profile PNC rack",{"$nulls":7},"chris.skinner@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Comparative Biology Centre","Newcastle Hopsitals","William Leech Building"]
["equipment","Next Generation Impactor",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Nexus 10 tablet (4 Units)",{"$nulls":7},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Nexus 7 Tablet PC 16GB (5 units)",{"$nulls":7},"feng.hao@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","NHS Logistics Authority Ultrasounds Scanner",{"$nulls":7},"brian.thompson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences","City Campus","Medical School"]
["equipment","NI NI PCI-6251, SCB-68, SHC68-68-EPM",{"$nulls":7},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","NICR (various institute equipment)",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"penney.gray@ncl.ac.uk",null,null,"Faculty Facilities"]
["equipment","Nikon A1 Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Nikon A1r Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Nikon BioStation",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Nikon E800 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Nikon Live Cell Microscope",{"$nulls":7},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","William Leech Building"]
["equipment","Nikon NiE Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Nikon TE2000 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Paul O'Gorman Building"]
["equipment","Nikon TE2000 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Herschel Building"]
["equipment","Nikon TiE Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Nikon TIRF Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Nikon UK Ltd Equipment for Anil Wipat",{"$nulls":7},"carolyn.wildsmith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus","Cassie Building"]
["equipment","Nikon UK Ltd. AperioScan Scope CS TMA Imaging system",{"$nulls":7},"c.n.robson@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Nikon UK Ltd. Bio Station CT",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Nikon UK Ltd. Eclipse 90i Microscopes x2",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Nikon UK Ltd. Eclipse E600 Microscope",{"$nulls":7},"nigel.cooper@ncl.ac.uk",{"$nulls":3},"nigel.cooper@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Nikon UK Ltd. Microscope tie body & associated parts",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Nikon UK Ltd. N-SIM, N-ATROM System",{"$nulls":7},"richard.daniel@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Nikon UK Ltd. Nikon Eclipse Microscope System",{"$nulls":7},"anjam.khan@ncl.ac.uk",{"$nulls":3},"mrs gwyn pyle",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Nikon UK Ltd. Nikon TE 2000 Inverted Microscope",{"$nulls":7},"mike.gray@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Nikon UK Ltd. SMZ1000 Microscope x 2",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Nikon UK Ltd. Ti-E Microscope Components with illumination system",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Nikon UK Ltd. Widefield",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Faculty Facilities","City Campus","Medical School"]
["equipment","NortekUK Vectrino II",{"$nulls":7},"mehmet.atlar@ncl.ac.uk",{"$nulls":3},"peter.bowes@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","nScrypt Smartpump",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","nScrypt Tri head dispensing platform",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","NSL, Insight Stero RF Front End Evaluation Kit; 001497856, 001262851",{"$nulls":7},"rajesh.tiwari@ncl.ac.uk",{"$nulls":3},"rajesh.tiwari@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","NU Food Facility",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"kate.mcgill@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","NUIT Data Storage Service",{"$nulls":7},"jason.bain@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Newcastle University","Off Site","Claremont Tower"]
["equipment","Obiet Printer Solutions Obiet 3D Printer",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","OCF Ltd - IBM Power9 GPGPU V100 System",{"$nulls":7},"christine.wright@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Mathematics, Statistics & Physics","City Campus"]
["equipment","Octopus Marine Systems Ltd Towfish & Side Scan Sonar",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Olympus Microscope",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","Olympus UK Ltd. Videoscope System",{"$nulls":7},"dawei.wu@ncl.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Olympus UK LtdBX2 microscope system",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Omicron EQ-128",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"naoko.sano@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Omicron Ledmotive",{"$nulls":7},"anya.hurlbert@ncl.ac.uk",{"$nulls":3},"b.m.pearce@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Omicron Nanotechnology UNV Nanodevice Measuring",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Omni B41100 (Waterproof Data Logger)",{"$nulls":7},"sandra.edwards@ncl.ac.uk",{"$nulls":3},"mark.brett@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","OmniLog Phenotype Microarray System",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"david.moir@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Ridley 2 Building"]
["equipment","Oncology Imaging Systems Ltd LAP Dorado moving laser system",{"$nulls":7},"ross.maxwell@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Optima 8000 ICP-OES Spectrometer ",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Ridley 2 Building"]
["equipment","Optima XE Ultracentrifuge",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","Optimax Imaging Inspection Infinate Focus 3D Surface Metrology lst",{"$nulls":7},"marie.dixon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Optivision (Yorkshire) Ltd. AS LMD",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Optivision (Yorkshire) Ltd. DMR & Camera system",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Optivision (Yorkshire) Ltd. Leica AS TP 242559/223228",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Optivision (Yorkshire) Ltd. Microscope System",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Orbitrap Fusion Lumos Tribrid Mass Spectrometer",{"$nulls":7},"matthias.trost@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","Oxford Diffraction Gemini A Ultra X-ray System",{"$nulls":7},"ulrich.baisch@ncl.ac.uk",{"$nulls":3},"ross.harrington@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Oxford Instruments FTOPTIDN2 Fast track optistat DN",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"stephen.robson@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Oxford Instruments Plasma Technology Replacement table for sputter",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Oxford Instruments Plasmalab system 400",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Oxford Metrics 8 Camera Vicon Bodybuilder for Biomec",{"$nulls":7},"garth.johnson@ncl.ac.uk",{"$nulls":3},"o.m.e.warlow@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","P M S (Instruments) Ltd MPVS Mouse pack",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Newcastle Hopsitals","Freeman Hospital"]
["equipment","PANalytical Limited Aton-Paar high temperature attachment",{"$nulls":7},"alasdair.charles@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Parsortix PR1",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research"]
["equipment","Partec GmbH Cyflow space",{"$nulls":7},"gwyn.pyle@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Partec GmbHPartec PAS Flow Cytometer",{"$nulls":7},"t.vonzglinicki@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","PE Biosystems ABI Prism 310 Genetic Analyser",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Perkin Elmer - Zephyr G3 NGS Workstation",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus"]
["equipment","Perkin Elmer LAS (UK) Ltd. Atomic Absorption Spectrometer.",{"$nulls":7},"alan.boddy@ncl.ac.uk",{"$nulls":3},"philip.berry@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Perkin Elmer LAS (UK) Ltd. Microbeta counter 2 detector 16 shelf",{"$nulls":7},"john.isaacs@ncl.ac.uk",{"$nulls":3},"julie.diboll@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Perkin Elmer LAS (UK) Ltd. STA 6000 Simultaneous Thermal",{"$nulls":7},"p.di-modica@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Perkin Elmer LAS (UK) Ltd. Tri-Carb 2910TR Liquid Scintillation",{"$nulls":7},"david.thwaites@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","PerkinElmer LAS UK Ltd Spectrum Two IR Spectrometer with UATR (Single Reflection Diamond) ",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"joanne.lakey@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Phantom Bedding Disposal Unit",{"$nulls":7},"chris.skinner@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","Newcastle Hopsitals","William Leech Building"]
["equipment","Phantom V611 Colour Camera - ",{"$nulls":7},"jan.fairless@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","PharmAir Downflow Booth",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Philips Healthcare Achieva 3.0T TX 32CH MRI Scanner",{"$nulls":7},"andrew.blamire@ncl.ac.uk",{"$nulls":3},"civi@ncl.ac.uk",null,null,"Faculty Facilities","Campus for Ageing & Vitality"]
["equipment","Phillips BDL6524 65'' Touchscreen",{"$nulls":7},"christina.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Phoenix Tribology Ltd 50 station circular translation pin on disc machine",{"$nulls":7},"thomas.joyce@ncl.ac.uk",{"$nulls":3},"martin.bone2@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Photo Lines Leica Mikrotron MC1362 HSC Kit - MotionBlitz                247837; 5703717; 10446335; 10446389; 10447137; 10447136",{"$nulls":7},"ketan.pancholi@ncl.ac.uk",{"$nulls":3},"ketan.pancholi@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Photometrics UK Ltd Complete microscope  system",{"$nulls":7},"richard.daniel@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Photometrics UK Ltd Cool Snap CCD CAME",{"$nulls":7},"tim.cheek@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Photometrics UK Ltd Evolve 512",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Faculty Facilities","City Campus","Medical School"]
["equipment","Photon Microscope Neurolabware",{"$nulls":7},"glynis.mitchinson@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Photonic Solutions PLC Continuum Surelite EX Laser",{"$nulls":7},"robin.ingleton@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","BioScience Centre"]
["equipment","Photron SA3 - High speed video system",{"$nulls":7},"jonathan.lee@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Picosun Oy ALD tool purchase",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Plexon Inc 33520 V-Probe 16-channel",{"$nulls":7},"glynis.mitchinson@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PMS Instruments TM-2430 ABP Monitor; Energizer 1 hr charger; 2300mAh rechargeable batteries; T2011 case",{"$nulls":7},"philip.langley@ac.uk",{"$nulls":3},"timothy.robson@newcastle.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","Polymer Laboratories Ltd Workstation",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","PolyTec UHF-120 Ultra High Frequency Vibrometer",{"$nulls":7},"barry.gallacher@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Positron Emission Tomography (PET) Centre",{"$nulls":7},"ross.maxwell@ncl.ac.uk",{"$nulls":3},"david.brooks@ncl.ac.uk",null,null,"Faculty Facilities","Campus for Ageing & Vitality","Newcastle Magnetic Resonance Centre"]
["equipment","Pre-clinical Magnetic Resonance Imaging (MRI)",{"$nulls":7},"saimir.luli@ncl.ac.uk",{"$nulls":3},"preclinicalimaging@ncl.ac.uk",null,null,"Preclinical In Vivo Imaging Facility"]
["equipment","Precision Decisions Limited Bnals New ALS N Sensor CB0323042104",{"$nulls":7},"jennifer.gilroy@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Precision Decisions Limited CropScan 3000 Protein Sensor. Inv 2366",{"$nulls":7},"jennifer.gilroy@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Preclinical In Vivo Imaging Facility",{"$nulls":7},"saimir.luli@ncl.ac.uk",{"$nulls":3},"preclinicalimaging@ncl.ac.uk",null,null,"Preclinical In Vivo Imaging Facility"]
["equipment","PreSens Precision Sensing 200000271; 200000504; 200000980; 200001154; 200001428",{"$nulls":7},"chaozong.liu@ncl.ac.uk",{"$nulls":3},"chaozong.liu@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Priorclave Autoclave suite of 5  1 steam generator to service 2",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"joanna.keith@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Baddiley-Clark Building"]
["equipment","Prolinx Computer Systems Ltd.HP StorageWorks P4500",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Protein and Proteomics Facility (NUPPA)",{"$nulls":7},"achim.treumann@ncl.ac.uk",{"$nulls":3},"alexandra.solovyova@ncl.ac.uk",null,null,"Proteins and Proteomics Facility (NUPPA)","City Campus","Medical School"]
["equipment","Protein Production Unit",{"$nulls":7},"achim.treumann@ncl.ac.uk",{"$nulls":3},"npt6@ncl.ac.uk",null,null,"Proteins and Proteomics Facility (NUPPA)","City Campus","William Leech Building"]
["equipment","Protensive Ltd SPINNING DISC REACTOR",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","PSYCHOLOGY 754 HIGH ACCURACY SPECTRORADIOMETER",{"$nulls":7},"anya.hurlbert@ncl.ac.uk",{"$nulls":3},"anya.hurlbert@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PSYCHOLOGY ACQUISITION STATION",{"$nulls":7},"gabriele.jordan@ncl.ac.uk",{"$nulls":3},"gabriele.jordan@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PSYCHOLOGY ASL 501B  EYE TRACKERPO 4500098417",{"$nulls":7},"gabriele.jordan@ncl.ac.uk",{"$nulls":3},"gabriele.jordan@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PSYCHOLOGY ASL 501B  PO 4500106825",{"$nulls":7},"li.sun@ncl.ac.uk",{"$nulls":3},"li.sun@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PSYCHOLOGY CENES CONTROLLER UNIT",{"$nulls":7},"candy.rowe@ncl.ac.uk",{"$nulls":3},"candy.rowe@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PSYCHOLOGY SPECTROGRAPH",{"$nulls":7},"anya.hurlbert@ncl.ac.uk",{"$nulls":3},"anya.hurlbert@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PSYCHOLOGY UNT/MKS/2000/FMRI SCANNER",{"$nulls":7},"li.sun@ncl.ac.uk",{"$nulls":3},"li.sun@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","PyroMark Q48 Autoprep",{"$nulls":7},"timothy.robson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine"]
["equipment","PZ5 NeuroDigitizer",{"$nulls":7},"glynis.mitchinson@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Qiagen Ltd 9001532 QIAgility System HEPA/UV",{"$nulls":7},"tom.curtis@ncl.ac.uk",{"$nulls":3},"fiona.read@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Qiagen Ltd Pyromark Q249001514",{"$nulls":7},"karen.kernon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life"]
["equipment","Qiagen Ltd Pyrosequencer: Quote KU021410PH13_2",{"$nulls":7},"darren.stephenson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Qiagen Ltd ROTOR-GENE Q 2-PLEX HRM",{"$nulls":7},"neil.perkins@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Qiagen Ltd Rotor-Gene Q 2Plex HRM (PC) PrioPlus",{"$nulls":7},"neil.perkins@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Qualiflow Therm Rapid thermal Jet First 200 processing tool",{"$nulls":7},"konstantin.vasilevskiy@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Quality Network Inc 4 Channel case depth test instrument",{"$nulls":7},"brian.shaw@ncl.ac.uk",{"$nulls":3},"christopher.aylott@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","QuantStudio 3D Digital PCR",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research"]
["equipment","Quorum: Q150T Turbo-Pumped Sputter Coater/Carbon Coater",{"$nulls":7},"tracey.davey@ncl.ac.uk",{"$nulls":3},"kathryn.white@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","RackServers GP2-E2610-T4",{"$nulls":7},"qiuhua.liang@ncl.ac.uk",{"$nulls":3},"iain.woodfine@ncl.ac.uk",null,null,"Engineering","City Campus","Claremont Tower"]
["equipment","RackServers GP2-E2610-T4",{"$nulls":7},"said.boussakta@ncl.ac.uk",{"$nulls":3},"www.ncl.ac.uk/eee/it-request",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Rapid Biomedical GmbH 2014-06-3732 7L 1H volume head coil",{"$nulls":7},"glynis.mitchinson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Raytek Scientific Ltd FUJIFILM LAS3000 CAMERA SYSTEM",{"$nulls":7},"alan.boddy@ncl.ac.uk",{"$nulls":3},"philip.berry@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Raytek Scientific Ltd Fujifilm Las3000 Camera system",{"$nulls":7},"nicola.curtin@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Raytek Scientific Ltd LAS4000 Biomolecular Imaging System",{"$nulls":7},"neil.perkins@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Raytek Scientific Ltd Phosphoimager",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Reichert Ultramicrotome",{"$nulls":7},"kathryn.white@ncl.ac.uk",{"$nulls":3},"tracey.davey@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Research Vessel",{"$nulls":7},"peter.bowes@newcastle.ac.uk",{"$nulls":3},"anthony.gibson@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Off Site"]
["equipment","Reuters Ltd Datastream Standard User 13/14",{"$nulls":7},"claire.anderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Business School","City Campus","Unspecified"]
["equipment","Rickerby Limited Case IH MX120 Tractor S251KFT",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Riegl VZ-4000 Laser Scanner",{"$nulls":7},"nicola.kelly@ncl.ac.uk",{"$nulls":3},"leeann.bewick@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus"]
["equipment","Rigaku MSC X Ray Diffraction equipment",{"$nulls":7},"rick.lewis@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Roche Audio Visual Phillips interactive screens",{"$nulls":7},"julia.sibbald@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Roche Audo Visual EXTRON IN1608SA Scaling Presentation Switcher 60-1238-02",{"$nulls":7},"christina.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Roche Diagnostics Limited Lightcycler Instrument",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Roche Diagnostics Ltd. Genome sequencer FLX instrument",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Roche Diagnostics Ltd. LightCycler 2.0 3531414",{"$nulls":7},"mark.walker@ncl.ac.uk",{"$nulls":3},"julian.leathart@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Roche Diagnostics Ltd. Lightcycler 480 Real Time PCR",{"$nulls":7},"alison.howard@ncl.ac.uk",{"$nulls":3},"william.saint@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Rogue Resolutions Ltd 12301 Smart Eye Pro 2 Camera System",{"$nulls":7},"Clare.Graham@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Rohde & Schwarz UK Ltd ZVL3; PSL-Z2; PSL-Z10",{"$nulls":7},"john.hedley@ncl.ac.uk",{"$nulls":3},"richard.burnett@ncl.ac.uk",null,null,"Faculty Facilities","City Campus","William Leech Building"]
["equipment","Rontec Uk Ltd EAC / EDX system",{"$nulls":7},"alasdair.charles@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Roper Scientific Hamamatsu Orca II BT",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","ROTOR microorganism handling robot ",{"$nulls":7},"peter.banks@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"High Throughput Screening Facility"]
["equipment","RPS Services Ltd X-RAD 225C x-ray system s/no 0808-1141",{"$nulls":7},"ross.maxwell@ncl.ac.uk",{"$nulls":3},"glyn.nelson@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Ruskinn Technology CMV0400 Invivo 400 22-240V 50Hz",{"$nulls":7},"wendy.toward@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","S & P Robotics Inc.  SPLMAGER - SA with BCR",{"$nulls":7},"peter.banks@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","S & P Robotics Inc.  SPLMAGER-SA with BCR",{"$nulls":7},"peter.banks@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","S&P Robotics - Cell-Grower Robot MSkan",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus"]
["equipment","Samsung Galaxy Note 10.1 2014 Black",{"$nulls":7},"graham.patterson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus","Cassie Building"]
["equipment","Sandown Scientific OptoMotry System",{"$nulls":7},"karen.kernon@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Sanyo Snnyo commissioned package",{"$nulls":7},"rick.lewis@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Sartorius Mechatronics GB-C2405",{"$nulls":7},"russell.davenport@ncl.ac.uk",{"$nulls":3},"donna.swan@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Saturn 5 - Directional  / Fixed Laser System",{"$nulls":7},"trish.sewell@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Scalable Performance Oscilloscope. Tektronix UK",{"$nulls":7},"kate.gorman@ncl.ac.uk",{"$nulls":3},"joanne.lakey@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","SCALEXIO",{"$nulls":7},"stephen.smith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering"]
["equipment","SCALEXIO Processing Unit",{"$nulls":7},"stephen.smith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering"]
["equipment","Scanbur Laminar Air Flow Cabin 90-LAF-1916",{"$nulls":7},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","City Campus","Medical School"]
["equipment","Scanning Electron Microscope Tescan",{"$nulls":7},"kathryn.white@ncl.ac.uk",{"$nulls":3},"tracey.davey@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Scanwel Ltd. XE150 complete APM system",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Scanwel Ltd. XE150 system",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"gary.potts@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Scientific Laboratory Supplies Ltd - Centrifuges & Accessories",{"$nulls":7},"timothy.robson@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus"]
["equipment","Scientifica Ltd MEA system & accessories",{"$nulls":7},"evelyne.sernagor@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Medical School"]
["equipment","SciMed 4622; 4766",{"$nulls":7},"lee.higham@newcastle.ac.uk",{"$nulls":3},"lee.higham@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","SciMed 5513",{"$nulls":7},"simon.doherty@ncl.ac.uk",{"$nulls":3},"simon.doherty@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","SCIMed 6100 EF      S/N: 6100-1107-23333-M30270",{"$nulls":7},"jan.dolfing@ncl.ac.uk",{"$nulls":3},"david.race@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","SciMedia USA Ltd Micam ultima L single camera system",{"$nulls":7},"miles.whittington@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Medical School"]
["equipment","Scot JCB Ltd. JCB Loadall                     V 141 DBR",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Scot JCB Ltd. Turbocharged JCB NK06 PKD (traded in for NK 60 AHJ)",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Scotia UK Plc. AV equipment",{"$nulls":7},"david.alsop@ncl.ac.uk",{"$nulls":3},"david.alsop@ncl.ac.uk",null,null,"NUIT","City Campus","Medical School"]
["equipment","Scotia UK Plc. Smots System",{"$nulls":7},"anthony.townshend@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Dental Sciences","City Campus","School of Dental Sciences"]
["equipment","Seahorse Bioscience Inc. Extra Cellular Flux Analyser",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"fccf@ncl.ac.uk",null,null,"Flow Cytometry Core Facility","Campus for Ageing & Vitality"]
["equipment","Sectra Table",{"$nulls":7},"brian.thompson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Medical Sciences Education Development"]
["equipment","Semiconductor Parameter Analyzer Anti Vibration table & Probe Manipulators",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"kelvin.kwa@newcastle.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Semimetrics Ltd Hall effect measurement system",{"$nulls":7},"konstantin.vasilevskiy@ncl.ac.uk",{"$nulls":3},"enrique.escobedo-cousin@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","SeqStudioâ„¢ Genetic Analyzer System with SmartStart",{"$nulls":7},"debbie.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Genetic Medicine"]
["equipment","Sequenom Gmbh Mass Array 7k System",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","SerCon Limited SerCon CryoPrep preparation unit",{"$nulls":7},"david.manning@ncl.ac.uk",{"$nulls":3},"philip.green@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Seren Medical Ltd IAH041/ASA-LAB 136 SYSTEM",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Wolfson Research Centre"]
["equipment","Service & Systems Solutions Ltd NAS Storage System",{"$nulls":7},"alex.thiele@ncl.ac.uk",{"$nulls":3},"alex.thiele@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Shaking orbital Incubators Stack of 3",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Shaking orbital Incubators Stack of 3",{"$nulls":7},"jane.endicott@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","ShawCity BMSSRBXG-X240DV",{"$nulls":7},"jean.hall@ncl.ac.uk",{"$nulls":3},"stuart.patterson@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","ShawCity GFN435-0000-200; GFMTemp; GFMTempT; GFMVA",{"$nulls":7},"c.j.teasdale1@newcastle.ac.uk",{"$nulls":3},"stuart.patterson@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Shimadzu Europa UK - NEXERA HR UHPLC System",{"$nulls":7},"timothy.robson@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus"]
["equipment","Shimadzu Europa UK Branch AGS-X STD",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Shimadzu Ltd. GCMS system QP 2010 Gas Chromatography Mass Spectrometry",{"$nulls":7},"chris.seal@ncl.ac.uk",{"$nulls":3},"brian.brown@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Siemens hiPath 400 v3 dual processor system",{"$nulls":7},"ken.hazon@ncl.ac.uk",{"$nulls":3},"ken.hazon@ncl.ac.uk",null,null,"NUIT","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Siemens Telephone Exchange",{"$nulls":7},"ken.hazon@ncl.ac.uk",{"$nulls":3},"ken.hazon@ncl.ac.uk",null,null,"NUIT","City Campus","Armstrong Building"]
["equipment","SiemensHipath 4000 v3.0",{"$nulls":7},"ken.hazon@ncl.ac.uk",{"$nulls":3},"ken.hazon@ncl.ac.uk",null,null,"NUIT","City Campus","Medical School"]
["equipment","Silicon Graphics Ltd Virtual Reality System - 3 D",{"$nulls":7},"stephen.smith@ncl.ac.uk",{"$nulls":3},"stephen.smith@ncl.ac.uk",null,null,"Computing","City Campus","Devonshire Building"]
["equipment","Single Quadrupole GC/MS",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","SIREN - Small Items of Research Equipment at Newcastle",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"j.l.chin@ncl.ac.uk",null,null,"Newcastle University","City Campus","Unspecified"]
["equipment","SLS 730-501; PUM7362; 630304;PUM7350",{"$nulls":7},"sharon.velasquez-orta@newcastle.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Smart Tube Base Station PBS05",{"$nulls":7},"timothy.robson@ncl.ac.uk",{"$nulls":3},"amy.anderson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","SMX 2500 3 Axis CNC / Manual Bed Mill",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Softcat Ltd Epiphan Interface USB 3.0 and 2.0",{"$nulls":7},"christina.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Solid State Solutions EDU - Bundle S3 NAS Server",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Sonosite 2x Micromaxx Ultrasound systems",{"$nulls":7},"david.clark@ncl.ac.uk",{"$nulls":3},"david.clark@ncl.ac.uk",null,null,"NUIT","City Campus","Medical School"]
["equipment","Specac GS25440; GS03000; GS03165",{"$nulls":7},"oana.bretcanu@newcastle.ac.uk",{"$nulls":3},"oana.bretcanu@newcastle.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Spinsolve Benchtop NMR",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Spotlight 400 FT-IR Imaging System",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy"]
["equipment","SR Research Ltd Eyelink 1000 Core System",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"alex.thiele@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Medical School"]
["equipment","SR Research Ltd Eyelink 1000 Core System",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Campus for Ageing & Vitality","Clinical Ageing Research Unit"]
["equipment","Stage Electrics Ltd Internally wired lighting bars",{"$nulls":7},"richard.bate@ncl.ac.uk",{"$nulls":3},"richard.bate@ncl.ac.uk",null,null,"Culture Lab","City Campus","Culture Lab"]
["equipment","Stemcell Technologies Robosep automated cell separator",{"$nulls":7},"matthew.collin@ncl.ac.uk",{"$nulls":3},"elizabeth.douglas@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Steris - Basil 1000 Bottle Filler",{"$nulls":7},"heather.crawford@ncl.ac.uk",{"$nulls":3},"paul.cairns@ncl.ac.uk",null,null,"Comparative Biology Centre","International Centre for Life","Unspecified"]
["equipment","Sun SunFire V880 System",{"$nulls":7},"anthony.oneill@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Superdex Peptide",{"$nulls":7},"rebecca.kenyon@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","SUSS MicroTec MJB3 UV400",{"$nulls":7},"konstantin.vasilevskiy@ncl.ac.uk",{"$nulls":3},"konstantin.vasilevskiy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","T1030sc with 28Â° Lens",{"$nulls":7},"stephen.smith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Comparative Biology Centre"]
["equipment","Tali Cell Counter",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","City Campus","William Leech Building"]
["equipment","Tandberg Educational Ltd System 1000 Language Lab (No longer in service)",{"$nulls":7},"andrew.grenfell@ncl.ac.uk",{"$nulls":3},"andrew.grenfell@ncl.ac.uk",null,null,"School of Modern Languages","City Campus","Old Library Building"]
["equipment","TE 86 - Multi-station Hip Joint Simulator",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Tebu-lio Ltd 188MIRUS-PUMP-EVO; 188V8CF-400-100-02P10",{"$nulls":7},"daniel.frankel@newcastle.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Annex"]
["equipment","Tecan Multimode Microplate Reader",{"$nulls":7},"sheila.gibbs-barton@ncl.ac.uk",{"$nulls":3},"timothy.robson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","William Leech Building"]
["equipment","Tecan Teach Spark 20M plate reader",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"peter.bowes@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","Techknol Ltd TPV0300P53880KVMAX",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Tecniplast UK Ltd 9WF01 Bottle filling station",{"$nulls":7},"heather.crawford@ncl.ac.uk",{"$nulls":3},"heather.crawford@ncl.ac.uk",null,null,"Comparative Biology Centre","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","TecQuipment Limited Bench top tensile testing",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Televic Interpreting Suite",{"$nulls":7},"andrew.grenfell@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Modern Languages","City Campus","Old Library Building"]
["equipment","TEM camera system Optotronics Macrofire Monochrome",{"$nulls":7},"kathryn.white@ncl.ac.uk",{"$nulls":3},"kathryn.white@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Tescan Vega 3 LMU Scanning Electron Microscope",{"$nulls":7},"tracey.davey@ncl.ac.uk",{"$nulls":3},"kathryn.white@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","TESTO 350 Exhaust Gas Analyser ",{"$nulls":7},"peter.bowes@newcastle.ac.uk",{"$nulls":3},"a.j.murphy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Armstrong Building"]
["equipment","TGA Q500",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Thales Nano H-Cube",{"$nulls":7},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk / carlo.bawn@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","The Rotary Machine Tool Company Fanuc Alpha 0iC wire machine",{"$nulls":7},"john.noble@ncl.ac.uk",{"$nulls":3},"john.noble@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","The Rotary Machine Tool Company Wire Erosion Machine x2",{"$nulls":7},"john.noble@ncl.ac.uk",{"$nulls":3},"john.noble@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","The Vehicle",{"$nulls":7},"emma.pearson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Thermo Electron Ltd. Finnigan Delta  system",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"paul.donohoe@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Thermo Electron Ltd. LT706-23",{"$nulls":7},"casey.hubert@ncl.ac.uk",{"$nulls":3},"casey.hubert@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Devonshire Building"]
["equipment","Thermo Electron Ltd. Optical Spectometer",{"$nulls":7},"nicola.kelly@ncl.ac.uk",{"$nulls":3},"nicola.kelly@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Daysh Building"]
["equipment","Thermo Electron Ltd. Spectrophotometer Spectrometer",{"$nulls":7},"kevin.waldron@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Thermo Electron Ltd. X-series ICP-MS",{"$nulls":7},"kevin.waldron@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Thermo Finnigan Ltd LCQ Advantage LCMS",{"$nulls":7},"helen.talbot@ncl.ac.uk",{"$nulls":3},"paul.donohoe@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Thermo Fisher Scientific - Aquion CPQ",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus"]
["equipment","Thermo Fisher Scientific Ltd HPLC",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences"]
["equipment","Thermo Fisher Scientific Ltd Prototypical Raman accessory for Theta Probe XPS",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Thermo Fisher Scientific Ltd. Gas analysis Gc",{"$nulls":7},"david.graham@ncl.ac.uk",{"$nulls":3},"donna.swan@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","Thermo Fisher Scientific Ltd. K AlphaThetaprobe",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"naoko.sano@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Thermo Fisher Scientific Ltd. MSQ Plus Mass Detector &Delivery",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Thermo Fisher Scientific Ltd. Nicolet 6700 FTIR spectometer",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"paul.donohoe@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Thermo Fisher Scientific Ltd. Thetaprobe",{"$nulls":7},"peter.cumpson@ncl.ac.uk",{"$nulls":3},"naoko.sano@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Thermo Nexus FT-IR (& NIR)",{"$nulls":7},"emma.pearson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Thermo VG Scientific Prototypical Raman accessory for Theta Probe XPS",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Thomas Sherriff & Co Ltd. John Deere 6820 Tractor NL 52 VSK (Cockle Park Farm)",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Thomas Sherriff & Co Ltd. John Deere trailed sprayer WZ07 24X",{"$nulls":7},"philip.cain@ncl.ac.uk",{"$nulls":3},"david.watson1@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","TI Thermal Imaging Ltd FLIR A305SC; Velbon DV7000 Video Tripod",{"$nulls":7},"thomas.joyce@ncl.ac.uk",{"$nulls":3},"thomas.joyce@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Tinius Olsen  606039",{"$nulls":7},"katarina.novakovic@ncl.ac.uk",{"$nulls":3},"neville.dickman@ncl.ac.uk",null,null,"Engineering","City Campus","Herschel Building"]
["equipment","Tinytag Energy Logger",{"$nulls":7},"sandra.edwards@ncl.ac.uk",{"$nulls":3},"mark.brett@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Tinytag TGE-0011 (Co2 Logger)",{"$nulls":7},"sandra.edwards@ncl.ac.uk",{"$nulls":3},"mark.brett@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Tinytag TK-4014 (Temperature Logger)",{"$nulls":7},"sandra.edwards@ncl.ac.uk",{"$nulls":3},"mark.brett@newcastle.ac.uk",null,null,"Natural & Environmental Sciences","Agricultural Sites","Cockle Park Farm"]
["equipment","Tony Chapman Electronics Ltd. Probe station with microchamber",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Tony Chapman Electronics Ltd. Summit 1200B-AP system",{"$nulls":7},"alton.horsfall@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Tony Chapman Electronics Ltd. Thermal system -55C to 200C",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Torquemeters Ltd Electric drive test system",{"$nulls":7},"barrie.mecrow@ncl.ac.uk",{"$nulls":3},"james.richardson2@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Torquemeters Ltd Very high speed dynanometer",{"$nulls":7},"barrie.mecrow@ncl.ac.uk",{"$nulls":3},"james.richardson2@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Toshiba Ultrasound: Aplio 300 Ultrasound Scanner (TUS-A300)",{"$nulls":7},"arthur.pratt@ncl.ac.uk",{"$nulls":3},"dorothy.carman@ncl.ac.uk",null,null,"Institute of Cellular Medicine","Newcastle Hopsitals","Royal Victoria Infirmary"]
["equipment","TPS2500S Thermal Constants Analyser - Hot Disk Ltd.",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","TRAC Facilities",{"$nulls":7},"james.dougall@ncl.ac.uk",{"$nulls":3},"paul.young@ncl.ac.uk",null,null,"Newcastle University"]
["equipment","Tracksys Ltd - RED-n eye Tracker System",{"$nulls":7},"jill.green@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Tracksys: SMI Wireless Eye Tracking Glasses (ETG)",{"$nulls":7},"julia.newton@ncl.ac.uk",{"$nulls":3},"mel.leitch@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","Transgenomic Ltd. Wave DHPLC System",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","Unknown","Unspecified"]
["equipment","Transgenomic Ltd. Wave Mutation Detection System",{"$nulls":7},"john.hesketh@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Agriculture Building"]
["equipment","Transmission Electron Microscope ",{"$nulls":7},"kathryn.white@ncl.ac.uk",{"$nulls":3},"tracey.davey@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Triphase NV [3P_PM15F120C24] Power Module with 30 kW Grid Coupling and 6 24A Output channels (both AC and DC)",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Triphase Transformers",{"$nulls":7},"stephen.robson@ncl.ac.uk",{"$nulls":3},"david.branch@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Triton Chemical Systems Ltd Oil Water Separator system",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","TS Technology NE260 control unit; HES810-IT40 spindle unit; EMCD-810-4M cord; CHA-3.00mm AA collet; AL-0201 airline kit",{"$nulls":7},"dehong.huo@newcastle.ac.uk",{"$nulls":3},"dehong.huo@newcastle.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","TSI High Speed PIV System",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","TSI Instruments Micro PIV",{"$nulls":7},"carolyn.wildsmith@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Cassie Building"]
["equipment","TSI Instruments Upgrade of TSI LDV system to 2 component",{"$nulls":7},"richard.whalley@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","TSI PDPA/LDV Laser System",{"$nulls":7},"tony.roskilly@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","TSI Time Resolved PIV (Low Speed / High Resolution) System",{"$nulls":7},"jonathan.lee@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","TTP Labtech 2-way UL Reagent Kit",{"$nulls":7},"rick.lewis@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Tucker-Davis Technologies Inc Electrophys system",{"$nulls":7},"mel.leitch@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience"]
["equipment","Tucker-Davis Technologies Inc Z-Series 8 DSP High Performance Processor",{"$nulls":7},"edina.tozser@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","UCS Chemistry NMR SPECTROMETER ADVANCE 300",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","UCS/MARINE TECHFLOWMAP 1500 ACQUISTION & CONTROL UNIT",{"$nulls":7},"anthony.gibson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Unknown","Unspecified"]
["equipment","Universal AV Services Ltd Epiphan DVI2USB 3.0 interface",{"$nulls":7},"julia.sibbald@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Universal AV Services Ltd Extron IN1606",{"$nulls":7},"julia.sibbald@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Ussing 6 Chamber System",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","UWE Thomas Recording 16 Channel Microelectrode",{"$nulls":7},"alex.thiele@ncl.ac.uk",{"$nulls":3},"alex.thiele@ncl.ac.uk",null,null,"Institute of Neuroscience","City Campus","Henry Wellcome Building"]
["equipment","UWITEC - Water Sampling Equipment",{"$nulls":7},"tracey.brady@ncl.ac.uk",{"$nulls":3},"nicola.kelly@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Claremont Tower"]
["equipment","Varian Cary 300 Bio UV/VIS Spectrometer",{"$nulls":7},"bob.nicholson@ncl.ac.uk",{"$nulls":3},"bob.nicholson@ncl.ac.uk",null,null,"Institute for Ageing & Health","Unknown","Unspecified"]
["equipment","Varian Ltd. 3800 GSV TCD",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Varian Ltd. Cary 300 & Eclipse package",{"$nulls":7},"mark.birch-machin@ncl.ac.uk",{"$nulls":3},"carole.todd@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Varian Ltd. Cary Eclipse Fluorescence",{"$nulls":7},"nicola.kelly@ncl.ac.uk",{"$nulls":3},"nicola.kelly@ncl.ac.uk",null,null,"School of Geography, Politics & Sociology","City Campus","Daysh Building"]
["equipment","Varian Ltd. FT-IR / Scimitar 800",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Gas Chromatograph GC450",{"$nulls":7},"michael.north@ncl.ac.uk",{"$nulls":3},"michael.north@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Gas Chromatograph, CP3800 (FID",{"$nulls":7},"michael.carroll@ncl.ac.uk",{"$nulls":3},"michael.carroll@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. GC systemGas Chromatograph / GC3800 (TCD)",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. HPLC System automated",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Varian Ltd. Prepstar HPLC",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Prostar HPLC",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Prostar HPLC",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Prostar HPLC DAD and fraction Collector",{"$nulls":7},"michael.carroll@ncl.ac.uk",{"$nulls":3},"michael.carroll@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Saturn 2200 GCMS Auto",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Varian Ltd. Saturn 2200 Mass Spectrometer",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Varian Ltd. Varian 12  Triple Quad",{"$nulls":7},"martin.jones@ncl.ac.uk",{"$nulls":3},"tracy.thompson@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Drummond Building"]
["equipment","Varian Ltd. varian 450 analyser system gas chromotograph (86.2%)",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Varian ProStar Semi-Prep HPLC",{"$nulls":7},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Bedson Building"]
["equipment","Varioskan LUX Multimode Microplate Reader",{"$nulls":7},"david.moir@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","Varioskan Multimode microplate reader, Fisher Scientific UK",{"$nulls":7},"karen.kernon@ncl.ac.uk",{"$nulls":3},"debbie.jones@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Vbright Technologies Ltd Shielded bench for hot lab",{"$nulls":7},"ross.maxwell@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Veeco Instruments Ltd. Explorer Scan Probe Microscope (90%)",{"$nulls":7},"mark.birch-machin@ncl.ac.uk",{"$nulls":3},"timothy.williamson@ncl.ac.uk",null,null,"Institute of Cellular Medicine","City Campus","Medical School"]
["equipment","Veeco Instruments Ltd. Multimode Tunnelling ESM",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Veeco Instruments Ltd. Multimode Tunnelling SCM",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Veeco Instruments Ltd. NanoMan V Scanning Probe Microscope System",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Veeco Instruments Ltd. TUNA/CAFM/SSRM modules for scanning probe microscope",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Vero 360 Camera",{"$nulls":7},"liz.huston@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Medical Sciences"]
["equipment","Vi Cell",{"$nulls":7},"andrew.filby@ncl.ac.uk",{"$nulls":3},"nflowcf <fccf@newcastle.ac.uk>",null,null,"Flow Cytometry Core Facility","International Centre for Life","BioScience Centre"]
["equipment","Vicon Motion capture System",{"$nulls":7},"lisa.alcock@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute of Neuroscience","Campus for Ageing & Vitality"]
["equipment","Vicon Motion Systems Ltd. Vicon Motion Capture System",{"$nulls":7},"patrick.olivier@ncl.ac.uk",{"$nulls":3},"david.green@ncl.ac.uk",null,null,"Culture Lab","City Campus","Culture Lab"]
["equipment","Vicon Motion Systems Ltd. Vicon motion capture system",{"$nulls":7},"garth.johnson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Viglen 2299516",{"$nulls":7},"graham.morgan@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Claremont Tower"]
["equipment","Viglen Dual E5-2687W",{"$nulls":7},"thomas.ploetz@ncl.ac.uk",{"$nulls":3},"tim.smith@ncl.ac.uk",null,null,"Computing","City Campus","Culture Lab"]
["equipment","Viglen Ltd  27'' Phillips Monitor (272p4qpjkeb)",{"$nulls":7},"paul.sumner@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Viglen Ltd 50 stock PCs",{"$nulls":7},"ian.clark@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Viglen Ltd Cluster 1 Computing and Storage",{"$nulls":7},"jason.bain@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Viglen Ltd Cluster 2 Computer",{"$nulls":7},"jason.bain@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Viglen Ltd Cluster 2 Storage",{"$nulls":7},"jason.bain@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","Viglen Ltd Desktop 814818",{"$nulls":7},"paul.sumner@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"NUIT","City Campus","Claremont Tower"]
["equipment","VisiTech International Ltd. QUANTICELL MULTI COLOUR QLC 100",{"$nulls":7},"junyong.huang@ncl.ac.uk",{"$nulls":3},"gwyn.pyle@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","Medical School"]
["equipment","Visitech iSIM Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","VJ Tech VJT2571; VJT-USB-RS232;VJT-cs-SHEAR; VJTS0361; VJT2700C; VJT0270; VJT0271; VJT0284; VJT2761S;VJT2552.06S; VJT2553.06S",{"$nulls":7},"paul.hughes@ncl.ac.uk",{"$nulls":3},"stuart.patterson@newcastle.ac.uk",null,null,"Engineering","City Campus","Drummond Building"]
["equipment","VWR International Ltd laboratory glass & plastic equipment",{"$nulls":7},"michelle.wood@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","Off Site"]
["equipment","Vyntusâ„¢ CPX Metabolic Cart",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences"]
["equipment","Walker Safety Cabinets Ltd Customised IVF witness RFID system (software)",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Walker Safety Cabinets Ltd Isolators & incubators for IVF facility",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Walker Safety Cabinets Ltd Nuclear Transfer Isolator",{"$nulls":7},"paul.simpson@ncl.ac.uk",{"$nulls":3},"paul.simpson@ncl.ac.uk",null,null,"Institute of Genetic Medicine","International Centre for Life","BioScience Centre"]
["equipment","Wallac Scintillation Counter",{"$nulls":7},"c.n.robson@ncl.ac.uk",{"$nulls":3},"rebecca.kenyon@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","Unknown","Unspecified"]
["equipment","Waters Acquity SQD UPLC-MS instrument",{"$nulls":7},"ian.hardcastle@ncl.ac.uk",{"$nulls":3},"karen.haggerty@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Waters Ltd ACQUITY UPLC I-Class Core Sys w/ SM-FTN",{"$nulls":7},"michelle.wood@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Waters Ltd DSC with Autosampler, gas dryer, discovery refrigerated cooling system, press and die kit and finned air cooling.",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Waters Ltd LCT Premiers MS",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Waters Ltd UPLC Acquity",{"$nulls":7},"andrew.crawford@ncl.ac.uk",{"$nulls":3},"andrew.crawford@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Waters Ltd WATERS 271013 + 186000869",{"$nulls":7},"alan.boddy@ncl.ac.uk",{"$nulls":3},"philip.berry@ncl.ac.uk",null,null,"Northern Institute for Cancer Research","City Campus","Paul O'Gorman Building"]
["equipment","Waters Ltd Xevo G2-XS AT of 4k",{"$nulls":7},"michelle.wood@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Agriculture Building"]
["equipment","Windsor Scientific Ltd ADC164PGL 16 bit A/D converter",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Wright Manufacturing Services Ltd Total Measurement evaluation system",{"$nulls":7},"brian.shaw@ncl.ac.uk",{"$nulls":3},"s.j.wilson@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Wyatt Technology UK Ltd - D81007 DAWN 8+ - 8 Angle Laser Light",{"$nulls":7},"william.saint@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Institute for Cell & Molecular Biosciences","City Campus","William Leech Building"]
["equipment","Wyatt Technology UK Ltd Dawn Heleos II: Angle Light Scattering Detection System",{"$nulls":7},"andrew.houlton@ncl.ac.uk",{"$nulls":3},"andrew.houlton@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","X-ray Diffraction System (Bruker UK Ltd)",{"$nulls":7},"natalie.henderson@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","Xylem Analytics Multiparameter Proseries Instrument; Pro Quatro - Dual ISE/Cod/DO/Temp cable assembly; 5203 Polargraphic DO sensor; 1001A Fast response pH probe Pro series; Pro series carrying case",{"$nulls":7},"russell.davenport@ncl.ac.uk",{"$nulls":3},"donna.swan@ncl.ac.uk",null,null,"Engineering","City Campus","Cassie Building"]
["equipment","XYZ Machine Tools Ltd XYZ ProTurn SLX 1630 Lathe with ProtoTRAK SLX control",{"$nulls":7},"emma.bell3@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","XYZ Machine Tools Ltd XYZ ProTurn SLX 1630 Lathe with ProtoTRAK SLX control",{"$nulls":7},"joanne.lakey@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","XYZ Machine Tools SM 2000 3 axis CNC turret milling machine",{"$nulls":7},"stewart.latimer@ncl.ac.uk",{"$nulls":3},"stewart.latimer@ncl.ac.uk",null,null,"Engineering","City Campus","Merz Court"]
["equipment","XYZ Machine Tools SM 2000 3 axis CNC turret milling machine",{"$nulls":7},"joanne.lakey@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Natural & Environmental Sciences","City Campus","Bedson Building"]
["equipment","Z Series Particle Counter",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Zeiss AxioImager Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Zeiss AxioObserver Widefield Fluorescence Microscope.",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Zeiss CD7 Widefield Fluorescence Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Zeiss FEG-SEM with Gatan 3view (SBF-SEM)",{"$nulls":7},"kathryn.white@ncl.ac.uk",{"$nulls":3},"tracey.davey@ncl.ac.uk",null,null,"Electron Microscopy Research Services","City Campus","Medical School"]
["equipment","Zeiss LSM 800 Airyscan / Spinning Disk Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Zeiss LSM 880 Airyscan Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Medical School"]
["equipment","Zeiss LSM 880-NLO Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","City Campus","Baddiley-Clark Building"]
["equipment","Zeiss LSM510 Confocal Microscope",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Bio-imaging Unit","Campus for Ageing & Vitality","Edwardson Building"]
["equipment","Zetasizer Nano ZS",{"$nulls":7},"david.race@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"School of Pharmacy","City Campus","King George VI Building"]
["equipment","Zetasizer Nano ZS (Malvern Instruments)",{"$nulls":7},"linda.davies@ncl.ac.uk",{"$nulls":3},"ken.madden@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Zolix Instruments Co. Ltd OTSB66, OTBB36, OMD50, OGW22, OMAg25, OMAg50, OLB25, OLB50,  OLA25, OLD25, OLD50, TSM25D, TSM50D, TSMV120, BP, OMRS25, OMRS50, APAS80, APID22, ACCA, ACCF, BP, BPMB, PHSP12, PHPB, PHAF, PHCP, PHSH, PHOB, PSM25A, RAOB03, RAOB0",{"$nulls":7},"guohong.tian@newcastle.ac.uk",{"$nulls":3},"ian.douglass@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Zwick / Roell Demo Amsler 250HFP 5100",{"$nulls":7},"brian.shaw@ncl.ac.uk",{"$nulls":3},"timothy.lisle@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Zwick Testing Machines - HFP 5100 Vibrophore with Amsler HFP ",{"$nulls":7},"ken.madden@ncl.ac.uk",{"$nulls":3},"susan.lawson@ncl.ac.uk",null,null,"Engineering","City Campus","Stephenson Building"]
["equipment","Carl Zeiss Ltd Microscope bundle",{"$nulls":7},"alex.laude@ncl.ac.uk",{"$nulls":3},"bioimaging@ncl.ac.uk",null,null,"Newcastle University"]
["equipment","ET Power Systems Ltd Grid Tied Bidirectional DC:0-500vdc","The LAB-GSS is able to operate as either a DC source or an electronic DC load. This new integrated approach features high dynamics enabling the user to switch quickly between quadrants. When sinking energy from the unit under test the LAB-GSS automatically inverts the DC to AC and synchronises this output to the grid.",{"$nulls":6},"susan.earley@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Newcastle University"]
["equipment","Bruker UK Ltd Tims Tof - Mass Spectrometer","Ion mobilityÊis a powerful extension to mass spectrometry that delivers information about the three dimensional structure of an ion, and increases peak capacity andÊconfidenceÊin compound characterization.",{"$nulls":6},"christine.haddrick@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Newcastle University"]
["equipment","Temperature Applied Sciences Thermal Vaccum Chamber","These machines are used for high altitude and space simulation.",{"$nulls":6},"rafal.wrobel@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Newcastle University"]
["equipment","1 Channel Maccor Series 8500 Tester","test systems designed for testing the performance characteristics of Electric Vehicle and Energy Storage batteries under real world conditions. This high specification system is designed with the capability to allow the electrical energy produced during discharge to be returned to the electrical grid",{"$nulls":6},"simon.lambert@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Newcastle University"]
["equipment","Transmission Electron Microscope HT7800 Series","The HT7800 RuliTEM is a 120 kV transmission electron microscope (TEM) with multiple lens configurations, including a standard lens for unsurpassed high contrast and a class-leading HR lens for high resolution.",{"$nulls":6},"tracey.davey@ncl.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Electron Microscopy Research Services","Catherine Cookson Building","Medical School"]
["equipment","Testing Equipment for RPIE","Demo added 2nd Feb 2023 please contact res.policy@ncl.ac.uk ",{"$nulls":6},"res.policy@newcastle.ac.uk",{"$nulls":3},"res.policy@ncl.ac.uk",null,null,"Newcastle University"]