Martin Greschner

The paper investigates saltatory conduction in avian retinal ganglion cell axons, finding that myelinated axons have higher conduction velocities than unmyelinated ones, but with significant overlap at low velocities.

The paper shows that horizontal cells in the mouse retina exhibit regional specializations along the dorso-ventral axis, adapting to the visual environment through morphology and electrical coupling.

This study investigates the spatial distribution and functional integration of displaced ipRGCs in mice, showing they form complete mosaics with their regularly placed counterparts.

The paper presents a magnetic stimulation system for ex vivo physiology studies to investigate magnetoreception, showing that artifacts can mimic neural signals but are distinguishable using spatio-temporal analysis.

The paper examines ON and OFF retinal ganglion cell pathways in rats, finding pathway-specific asymmetries in receptive field properties.

Generalized linear models fit macaque parasol ganglion cells under white noise but fail on naturalistic stimuli, even when fitted on them, and added scalar nonlinearities do not rescue them.