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实验和临床研究发现在不同刺激情况下引起的一些代谢和细胞紊乱,可用D,L-天门冬氨酸钾盐和镁盐使之向有利的方面改变。这种有利作用的机制包括细胞电解质平衡,酶活力和氧化代谢过程的恢复。电解质平衡和代谢过程的紊乱是照射引起机体复杂紊乱的一部份,它们对细胞更新群体的恢复过程有影响。调节钾代谢可对辐射损伤起有利的改变,照前和照后给缺钾食物减低大鼠的辐射抗力,而给多钾食物使辐射抗力增强。本文报告了给亚致死X线照射小鼠天门冬氨酸盐对造血功能恢复的影响。实验用近亲繁殖的C57BL/10系雄性小鼠,12～13周龄,体重平均26克。照射用TUR X线机,180千伏,15毫安,O.5毫米Cu和0.5毫米Al过滤,
Experimental and clinical studies have found that some metabolic and cellular disorders caused by different stimuli can be changed to favorable ones by the use of potassium D-L-aspartate and magnesium salts. Mechanisms of this beneficial effect include cell electrolyte balance, enzyme activity and the restoration of oxidative metabolism. Disorders in electrolyte balance and metabolic processes are part of the complex disturbances of the organism that are affected by irradiation and have an impact on the recovery process of the cell renewal population. Regulating potassium metabolism may have a beneficial effect on radiation damage. Pre and post irradiation, potassium-deficient foods reduce the radiation resistance in rats, whereas radiation-induced increases in potassium-rich foods. This article reports the effects of aspartate on the recovery of hematopoiesis in sub-lethal X-ray irradiated mice. Experimental inbred C57BL / 10 male mice, 12 to 13 weeks of age, weighing an average of 26 grams. The irradiation was filtered with a TUR X-ray machine, 180 kV, 15 mA, 0.5 mm Cu and 0.5 mm Al,