摘要目的：揭示氧自由基导致跨膜电位变化的离子电流基础。
AIM: To reveal ionic current basis of the change of transmembrane potential induced by oxygen free radical.
基于球形单细胞多层介电模型，提出了细胞电参数对内外膜跨膜电位影响的计算方法。
Based on multi-shelled dielectric model of spherical cell, calculation method for the influence of cellular parameters on transmembrane potentials on inner and outer membrane was presented.
采用平面类脂双层模型分析外加高压静电场对植物细胞跨膜电位的影响，并探讨其微观机理。
The paper depicts the influence on the plant cellular, caused by the added high electrostatic field, by the bimolecular lipid membranes, and deduces the micro principles.
为观察迷走和交感神经对蟾蜍心室肌细胞跨膜电位的影响，以微电极技术引导心室肌细胞电位。
The effects of vagal and sympathetic nerves on the transmembrane potentials of cardiac ventricular cells of toad were observed.
分别测定胃粘膜血流量(GMBF)、胃粘膜跨膜电位(PD)、损伤指数(UI)等多项指标。
Gastric mucosal blood flow (GMBF), electrical potential difference across gastric mucosa (PD), ulcer index (UI) and other indexes were measured, respectively.
跨胃粘膜电位(GTPD)，是反映胃粘膜完整性的客观指标。
Gastric transmucosal potential difference, GTPD, is an objective indicator of the integrity of gastric 'mucosal barrier.
跨胃粘膜电位(GTPD)，是反映胃粘膜完整性的客观指标。
Gastric transmucosal potential difference, GTPD, is an objective indicator of the integrity of gastric 'mucosal barrier.
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