Novel hyperpolarization-activated K⁺ current mediates anomalous rectification in crayfish muscle

Keyphrases

• Crayfish 100%
• K+ Current 100%
• Hyperpolarization-activated 100%
• Muscle Fiber 66%
• Opener 66%
• Positive Potential 66%
• Resting Potential 66%
• Linear Current 66%
• Fold Increase 66%
• Ca2+ 33%
• Steady State 33%
• Conductance 33%
• Two-electrode Voltage Clamp 33%
• Zn2+ 33%
• Na + 33%
• Ba2+ 33%
• Membrane Potential 33%
• Tetraethylammonium 33%
• Cs + 33%
• K+ Concentration 33%
• Voltage-independent 33%
• Voltage Dependence 33%
• Exponential Function 33%
• Extracellular Concentration 33%
• Mn2+ 33%
• Hyperpolarization 33%
• Extracellular K+ 33%
• Inward Current 33%
• Cd2+ 33%
• Reversal Potential 33%
• Activation Kinetics 33%
• Current Amplitude 33%
• Input Resistance 33%
• Tail Current 33%
• Deactivation Kinetics 33%
• Activation Curve 33%
• Ionic Current 33%
• Instantaneous Voltage 33%
• Electrophysiological Characteristics 33%
• Pharmacological Attributes 33%

Neuroscience

• Resting Potential 100%
• Potassium Current 100%
• Tetraethylammonium 50%
• Membrane Potential 50%
• Reversal Potential 50%
• Voltage Clamp 50%
• Ion Current 50%

Pharmacology, Toxicology and Pharmaceutical Science

• Potassium Ion 100%
• Calcium Ion 16%
• Sodium Ion 16%
• Egtazic Acid 16%
• Barium Ion 16%
• Zinc Ion 16%
• Rubidium Ion 16%
• Tetrylammonium 16%
• CD2 Antigen 16%
• Cesium Ion 16%