Ksenzhek O S, Apostolova R D, Gruzitskaia E V, Tishchenko V V
Biofizika. 1975 May-Jun;20(3):457-61.
The energy parameters of the mechanism involved in the action of Acetabularia cell membrane were studied. The resistance of the membrane is found to be near 3 kohm per sq. cm when resting and at the peak of excitation it is much lower (100 ohm/cm(2). The power of the mechanism regulating the action of the membrane during the peak. The total power of the membrane system of Acetabularia is 8 microwatt per sp. cm. reaches 6.5 microwatt/cm(2). The energy consumed by the regulatory mechanism during the action potential is minus 290 plus or minus 20 erg/cm(2) and the total energy dissipation is 20 erg/cm(2). The values of the energy consumed by the cell during the action potential are compared with its energy resource.
对伞藻细胞膜作用机制的能量参数进行了研究。发现细胞膜在静息时的电阻约为每平方厘米3千欧,而在兴奋峰值时电阻要低得多(100欧/平方厘米)。在峰值期间调节膜作用的机制的功率。伞藻膜系统的总功率为每平方厘米8微瓦,达到6.5微瓦/平方厘米。动作电位期间调节机制消耗的能量为负290±20尔格/平方厘米,总能量耗散为20尔格/平方厘米。将细胞在动作电位期间消耗的能量值与其能量资源进行了比较。