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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Cuthbert A W, Maetz J

J Physiol. 1972 Mar;221(3):633-43. doi: 10.1113/jphysiol.1972.sp009772.

Removal of calcium from Carassius either with chelating agents or by adaptation to deionized water increased sodium influx through the gills twofold.2. Treatment of fish with chelating agents increased sodium outflux, whereas adaptation to deionized water reduced sodium outflux. The effects on outflux do not appear to result from calcium removal.3. Addition of calcium (2-20 mM) reversed the effects on influx of chelating agents and of adaptation to deionized water.4. Magnesium (2-10 mM) was without significant effect on sodium influx, but increased the outflow in fish adapted to deionized water.

用螯合剂或通过适应去离子水从鲫鱼中去除钙，会使通过鳃的钠流入量增加两倍。2. 用螯合剂处理鱼会增加钠流出量，而适应去离子水则会减少钠流出量。对流出量的影响似乎并非由钙的去除所致。3. 添加钙（2 - 20 mM）可逆转螯合剂和适应去离子水对流入量的影响。4. 镁（2 - 10 mM）对钠流入量无显著影响，但会增加适应去离子水的鱼的流出量。

Cuthbert A W, Maetz J

J Physiol. 1972 Mar;221(3):633-43. doi: 10.1113/jphysiol.1972.sp009772.

Removal of calcium from Carassius either with chelating agents or by adaptation to deionized water increased sodium influx through the gills twofold.2. Treatment of fish with chelating agents increased sodium outflux, whereas adaptation to deionized water reduced sodium outflux. The effects on outflux do not appear to result from calcium removal.3. Addition of calcium (2-20 mM) reversed the effects on influx of chelating agents and of adaptation to deionized water.4. Magnesium (2-10 mM) was without significant effect on sodium influx, but increased the outflow in fish adapted to deionized water.

用螯合剂或通过适应去离子水从鲫鱼中去除钙，会使通过鳃的钠流入量增加两倍。2. 用螯合剂处理鱼会增加钠流出量，而适应去离子水则会减少钠流出量。对流出量的影响似乎并非由钙的去除所致。3. 添加钙（2 - 20 mM）可逆转螯合剂和适应去离子水对流入量的影响。4. 镁（2 - 10 mM）对钠流入量无显著影响，但会增加适应去离子水的鱼的流出量。