ConferencePaper SCOPUS
Advances in Experimental Medicine and Biology  (2012)

Contribution of TASK-like potassium channels to the enhanced rat carotid body responsiveness to hypoxia

Ortiz, F.C.; Del Rio R.; Varas, R.; Iturriaga R.

Keywords: oxygen, chemoreceptor, tidal, volume, disease, lung, potassium, body, breathing, task, chronic, sinus, controlled, animal, intermittent, priority, carotid, conference, unclassified, minute, like, model;, drug;, nonhuman;, journal;, current;, study;, cell;, male;, experiment;, rat;, tissue;, paper;, severity;, tension;, rate;, channel;, chemoreceptor;, nerve;, reflex;, chemosensitivity;, hypoxia;, volume;, transport;, pressoreceptor;