Electrophysiological features of the mouse tail nerves and their changes in chemotherapy induced peripheral neuropathy (CIPN).

Electrophysiology of tail nerves in rodents has been demonstrated a reliable method to investigate models of peripheral neuropathies. Nevertheless, data concerning mouse models are lacking. We assessed the normal features of sensory and motor conduction of tail nerves in adult mice.

The ITFR, impulsive tail flick reflex by short duration nociceptive stimuli.

A new method for evoking the tail flick reflex is introduced, using short duration or "impulsive" nociceptive stimuli, which allow synchronization and recording of electrophysiological responses. Ten adult rats were studied, by means of thermal (CO(2) laser infrared pulse with 30 ms duration, 7.5 or 10W), electric (a 25 ms train of five 0.