LVA and HVA Ca²⁺ currents in ventricular muscle cells of the Lymnaea heart

Keyphrases

• Ca2+ 100%
• Lymnaea 100%
• Muscle Cells 100%
• Ventricular muscle 100%
• Voltage-dependent Activation 100%
• Low-voltage-activated 100%
• Voltage Dependence 27%
• Nifedipine 27%
• Pacemaking 18%
• Excitation-contraction Coupling 18%
• Permeant 18%
• Co2+ 18%
• Ba2+ 18%
• Invertebrates 9%
• La3+ 9%
• Action Potential Generation 9%
• Spontaneous Potential 9%
• Micromolar Concentration 9%
• Muscle Contraction 9%
• Family Type 9%
• Voltage Gating 9%
• Voltage Clamp Technique 9%
• Electrode Voltage 9%
• Voltage Sensitivity 9%
• Ni2+ 9%
• Ni2+ Ions 9%
• Ventricular Cell 9%
• Activation Threshold 9%
• Voltage Step 9%
• Mammalian Heart 9%
• Single Electrode 9%
• La3+ Ions 9%
• T-type 9%
• Heart muscle 9%
• L-type Ca2+ Current 9%
• Channel Antagonist 9%
• Tetraethylammonium 9%
• Dihydropyridine 9%

Neuroscience

• Nifedipine 100%
• Action Potential 66%
• Excitation Contraction Coupling 66%
• Tetraethylammonium 33%
• Voltage Clamp 33%
• Dihydropyridine 33%
• Calcium Channel 33%

Biochemistry, Genetics and Molecular Biology

• Electric Potential 100%
• Lymnaea 100%
• Nifedipine 27%
• Excitation Contraction Coupling 18%
• Action Potential 18%
• Low Drug Dose 9%
• Muscle Contraction 9%
• Voltage Clamp 9%
• Calcium Channel 9%
• Dihydropyridine 9%