Satin L S, Cook D L
Pflugers Arch. 1985 Aug;404(4):385-7. doi: 10.1007/BF00585354.
Voltage-dependent inward Ba++ and Ca++ currents were recorded in cultured neonatal rat pancreatic islet cells using the whole-cell voltage clamp technique. Outward current was suppressed by internal Cs+ and ATP and external TEA. Inward currents activated rapidly and decayed to a variable extent. The current decay was particularly marked when using long duration or large depolarizing pulses. Currents were due to Ca++ channel activation since they were abolished by omitting Ba++ and Ca++ or including Co++.
采用全细胞电压钳技术，在培养的新生大鼠胰岛细胞中记录到电压依赖性内向钡离子（Ba++）和钙离子（Ca++）电流。内向电流被细胞内的铯离子（Cs+）、三磷酸腺苷（ATP）以及细胞外的四乙铵（TEA）抑制。内向电流迅速激活，并在不同程度上衰减。当使用持续时间长或去极化幅度大的脉冲时，电流衰减尤为明显。这些电流是由钙离子通道激活引起的，因为当去除钡离子和钙离子或加入钴离子时，电流消失。
