Halothane alters electrical activity and calcium dynamics in cultured mouse cortical, spinal cord, and dorsal root ganglion neurons

Keyphrases

• Spinal Cord 100%
• Dorsal Root Ganglion Neurons 100%
• Halothane 100%
• Electrical Activity 100%
• Activity Dynamics 100%
• Calcium Dynamics 100%
• Depolarization 50%
• Repolarization 50%
• Ca2+ 25%
• Capsaicin 25%
• Intracellular Ca2+ 25%
• Plasma Membrane H+-ATPase 25%
• Ca2+ Dependence 25%
• Action Potential 25%
• Eosin 25%
• Spinal Motor Neurons 25%
• Intracellular Microelectrodes 25%
• Microelectrode Recording 25%
• N-methyl-D-aspartate 25%
• Microfluorimetry 25%
• Pump Inhibitor 25%

Medicine and Dentistry

• Isotopes of Calcium 100%
• Calcium Ion 100%
• Halothane 100%
• Dorsal Root Ganglion 100%
• Repolarization 50%
• Cell Membrane 25%
• Capsaicin 25%
• Adenosine Triphosphatase 25%
• Eosin 25%
• Aspartic Acid 25%
• Action Potential 25%
• Microfluorometry 25%

Neuroscience

• Dorsal Root Ganglion 100%
• Halothane 100%
• Cell Membrane 25%
• Aspartic Acid 25%
• Action Potential 25%
• Capsaicin 25%
• Adenosine Triphosphatase 25%