Richter, D W, Champagnat, J, Jacquin, T, Benacka, R
1. Respiratory neurons of mammals are rhythmically active because their membrane potential fluctuates periodically over a voltage range of -70 to -55 mV. These respiratory drive potentials lead to...
Richter, D W, Champagnat, J, Jacquin, T, Benacka, R
1. Respiratory neurons of mammals are rhythmically active because their membrane potential fluctuates periodically over a voltage range of -70 to -55 mV. These respiratory drive potentials lead to...