CO₂ transduction in avian intrapulmonary chemoreceptors is critically dependent on transmembrane Na⁺/H⁺ exchange

Keyphrases

• Acid-base 10%
• Action Potential 10%
• Amiloride 20%
• Anas Platyrhynchos 10%
• Carbonic Anhydrase 20%
• Chemoreceptor 100%
• CO2 Hydration 10%
• CO2 Reactivity 10%
• Dimethyl 10%
• Dose Effect 10%
• Duck 10%
• Extrusion 10%
• H+ Exchange 100%
• Hydration-dehydration 20%
• Intracellular pH 10%
• Ion Exchanger 10%
• Kinetic Imbalance 10%
• Lung 20%
• Na + 100%
• Overall Effect 10%
• Partial Pressure of CO2 (pCO2) 20%
• PHi Regulation 10%
• Phorbol 12-myristate 13-acetate 10%
• Rising CO2 10%
• Single Unit 10%
• Transmembrane 100%
• Unit Action 10%

Biochemistry, Genetics and Molecular Biology

• Action Potential 10%
• Anas platyrhynchos 10%
• Bird 100%
• Carbonic Anhydrase 20%
• Cell pH 10%
• Chemoreceptor 100%
• Duck 10%

Neuroscience

• Action Potential 10%
• Amiloride 20%
• Carbonic Anhydrase 20%
• Cell pH 10%
• Chemoreceptor 100%
• Single-Unit Recording 10%