钠钾泵

结论：海马组织，特别是海马细胞线粒体钠钾泵与钙泵功能受损，在实验动物长时程PTSD样情感行为异常发生发展中可能有重要意义。

Conclusion : It is indicated that the dysfunction of Na + - K + pump and Ca 2 + - ATPase in hippocampus , especially in its mitochondria , plays an important role in the development of PTSD .

目的观察甲状腺激素T3（三碘甲腺原氨酸）对鼠缺血再灌注（I/R）心肌细胞钠钾泵及钙泵功能的影响，探讨T3在心肌保护中的作用。

Objective To observe the effects of triiodothyronine ( T3 ) on the functions of Na + - K + pump and Ca 2 + pump in ischemic reperfusion myocytes , and investigate the regulative effects of T3 on myocardial protection .

老年前期、老年期红细胞膜钠钾泵活性改变

Changes in erythrocyte membrane Na-K-pump in senile and presenile people

各运动组游离巯基含量、钠钾泵腺苷三磷酸酶活性均明显降低，且运动后1,24h组尤为显著（P<0.01或0.05）。

The content of free-SH and the activity of Na + - K + - ATPase in each exercise group were obviously decreased , moreover , those in 1-hour and 24-hour postexercise groups were especially marked ( P < 0.01 or 0.05 ) .

结论：大鼠力竭性游泳运动可导致肾组织匀浆脂质过氧化水平提高，巯基含量下降，钠钾泵腺苷三磷酸酶活性降低，这些可能是运动性疲劳和运动性蛋白尿发生的重要原因之一。

CONCLUSION : Exhaustive swimming can lead to an increase of lipid peroxidation in kidney homogenate and a decrease of free-SH content as well as a reduction of Na + - K + - ATPase activity , which may be an important reason of sports fatigue and athletic proteinuria .

晶体上皮细胞钠钾ATP泵量的测定

Quantitation of Na-K-ATPase Pump Sites in the Bovine Lens Epithelial Cells

本研究同时测定了铅作业组、非铅作业组两组对象红细胞钠-钾泵、钙-镁泵活性、血浆肾素活性、血管紧张素Ⅱ以及血清心肌酶CMB、CPK、LDH活性。

Measurements of serum myocardial enzyme , plasma renin activity , angiotension I , Ca2 + - Mg2 + - ATPase and Na + - K + - ATPase were performed on lead exposed workers and control subjects .

菝葜皂甙元对人红细胞钠、钾泵的抑制作用

Sarsa-sapogenin inhibition on the sodium-potassium pump in human red cells

确定不同直径神经纤维的恢复时间，以及离子通道和钠.钾泵的作用机制。

Recovery time of nerve fiber with different diameter and the mechanism of ion channels and Na + / K + pump were determined .