MECAXON

Source: https://jerugroup.eng.ox.ac.uk/software/mecaxon Parent: https://jerugroup.eng.ox.ac.uk/software

MECAXON

MECAXON simulates the conduction of electro-physiological pulses and mechanical pulses in neuronal axons, as well as the interactions between two pulses.

Main features of the code:

• Solved by finite element method in Matlab
• Capable of modelling the conduction of both electro-physiological and mechanical pulses in the axon
• Capturing the direct and reverse flexoelectric effects that occurs in the neuronal membrane
• Can be potentially used to explain physical phenomena related to the mechano-electrophysiological coupling in neurons, such as membrane deformation during action potential propagation and ultrasound neuromodulation

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Relevant publications

• H. Chen, D. Garcia-Gonzalez and A. Jérusalem. Computational model of the mechanoelectrophysiological coupling in axons with application to neuromodulation. Physical Review E, 99(032406), 2019. DOI:10.1103/PhysRevE.99.032406