Layer-specific cortical conductivities derived from experimental volume fractions are 20-50% higher in deeper layers than in layer 2, providing a basis for improved multiscale E-field models in neural stimulation.
On the computation of a retina resistivity profile for applications in multi-scale modeling of electrical stimulation and absorption
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Mesoscale tissue properties and electric fields in brain stimulation: Bridging the macroscopic and microscopic scales using layer-specific cortical conductivity
Layer-specific cortical conductivities derived from experimental volume fractions are 20-50% higher in deeper layers than in layer 2, providing a basis for improved multiscale E-field models in neural stimulation.