目的：观察盐酸奥芬米洛对肾移植犬酸碱代谢的影响。
Objective:To observe the effect of Oxfenmino hydrochloric acid on acid-base metabolism in renal transplanted dogs.
结论：氧中毒后大脑出现能量代谢障碍及细胞内酸碱代谢紊乱。
Conclusion: There are energy failure and intracellular acidosis and alkalosis in cerebral cellular after oxygen poisoning in rats.
钠>死海矿物改善皮肤细胞新陈代谢、舒缓肌肉痉挛和僵硬。保护身体对液体流失和平衡酸碱度。
The Dead Sea mineral improves the skin cells metabolism relieves muscle cramps and stiffness. Protects body against fluid loss and balances acid-alkali levels.
结果：因肾功能衰竭而紧急腹透者仅占23．0％，而水负荷过重、肺水肿、高血钾、严重代谢性酸碱平衡紊乱占66．2％。
The results showed that the cause of renal failure only occupied 23.0% , and those of too heavy water load, pneumonedema, hyperkalemia and severe metabolic acid - base imbalance occupied 66. 2%.
饲粮电解质平衡状况可影响动物机体酸碱平衡，进而影响营养物质的消化吸收率，还可通过改变一些酶的活性而影响氨基酸等养分的代谢利用。
Dietary electrolyte balance can influence on acid-base balance, digestibility and absorption of nutrition, the metabolism of amino acid by changing the correlative enzyme.
研究背景酸碱平衡在很大程度上依赖于氨的代谢。
Background Acid-base homeostasis depends on renal ammonia metabolism.
研究背景酸碱平衡在很大程度上依赖于氨的代谢。
Background Acid-base homeostasis depends on renal ammonia metabolism.
应用推荐