It was proved that the metabolism of conductive tissue is glycolytic.
表明传导组织是以无氧代谢为其主要代谢途径。
The results indicated that phosphorylase and LDH, the key enzyme in glycolytic metabolism, are high positive in conductive tissue of heart, and the myocardium are a slightly highher activity.
结果显示，直接参与细胞无氧代谢的磷酸化酶和LDH在传导组织细胞内呈强阳性反应，心肌为弱阳性。
To keep temperature from rising to potentially damaging levels, each conductive nanoparticle interrupts current flow to a specific tissue region engaged by the electrode region.
为了使温度防止上升到潜在的损害水平，各传导的纳米电粒子在电极区域内中断电流流向特定组织区域。
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