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首页> 外文期刊>International Journal of Neuroscience >Hypothalamic digoxin, cerebral chemical dominance, and calcium/magnesium metabolism.
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Hypothalamic digoxin, cerebral chemical dominance, and calcium/magnesium metabolism.

机译：下丘脑地高辛，脑化学优势和钙/镁代谢。

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摘要

The study assessed the biochemical differences between right hemispheric dominant and left hemispheric dominant individuals. The HMG CoA reductase activity, isoprenoid metabolites--serum digoxin--serum magnesium, and RBC membrane Na+-K+ ATPase activity were also studied. The results showed that right hemispheric chemically dominant individuals had increased (i) HMG CoA reductase activity, elevated digoxin levels, (ii) reduced RBC membrane Na+-K+ ATPase activity and serum magnesium levels. Left hemispheric chemically dominant individuals had the opposite patterns. Right hemispheric chemical dominance represents a hyperdigoxinemic/hypomagnesemic state with membrane sodium-potassium ATPase inhibition. Left hemispheric chemical dominance represents the reverse pattern with hypodigoxinemia/hypermagnesemia and membrane sodium-potassium ATPase stimulation. Cerebral chemical dominance can regulate calcium/magnesium metabolism.
机译：该研究评估了右半球优势个体和左半球优势个体之间的生化差异。还研究了HMG CoA还原酶活性，类异戊二烯代谢物-血清地高辛-血清镁和RBC膜Na + -K + ATPase活性。结果表明，右半球化学显着性个体增加（i）HMG CoA还原酶活性，地高辛水平升高;（ii）降低RBC膜Na + -K + ATPase活性和血清镁水平。左半球在化学上占优势的个体具有相反的模式。右半球的化学优势代表具有膜钠钾ATP酶抑制作用的高地高辛/低镁血症状态。左半球化学优势代表低地高辛血症/高镁血症和膜钠钾ATP酶刺激的逆向模式。脑化学优势可以调节钙/镁代谢。

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