electrolyte metabolism
英 [ɪˈlektrəlaɪt məˈtæbəlɪzəm]
美 [ɪˈlektrəlaɪt məˈtæbəlɪzəm]
网络 电解质代谢
双语例句
- Effects of Rapid Weight Loss through Dehydration with Different Temperature on Power, Reaction Time and Electrolyte Metabolism
不同温度脱水速降体重效果及力量素质、反应时、电解质代谢的影响 - The guiding principle of treatment is water and electrolyte replacement in accordance with urine output ( with monitoring of carbohydrate metabolism if necessary).
指导原则的治疗是水和电解质取代，根据尿量（与监测碳水化合物代谢，如果必要的话）。 - Objective To investigate effects caused by total exchange transfusion on blood gas, electrolyte, and biochemistry metabolism in the neonate with septemia or hyperbilirubinemia.
目的探讨全部换血术对败血症、高胆红素血症的新生儿血气、电解质、生化代谢的影响。 - Water-electrolyte Metabolism and Exercise
水、电解质代谢与运动 - The main differences between physiological effects of microgravity in spaceflight and simulated microgravity on humans appeared in the circulation of the low pressure side, in humoral and electrolyte metabolism.
航天和模拟微重力时研究表明：微重力与现有模拟微重力模型时人体生理学变化的主要差异表现在低压区循环和体液、电解质代谢。 - Because of the loss of water and electrolyte metabolism in the process of exercise, the normal physiological function of organism will be disturbed, which will lead to the decline in performance.
运动过程中，由于水和电解质代谢的丢失，常影响到机体的正常生理功能，使运动能力下降，进而影响到运动成绩。 - Effects of dietary electrolyte balance on nutrients metabolism of animals
饲粮电解质平衡对动物营养物质代谢的影响 - Dietary electrolyte balance can influence on acid-base balance, digestibility and absorption of nutrition, the metabolism of amino acid by changing the correlative enzyme.
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 affect involve to significantly nutrient metabolism, animal health and growth rate.
饲粮的电解质平衡显著地影响营养物质的代谢、动物的健康和生产性能。 - It has been indicated that lead stress leads to the biopolymer modification, electrolyte leakage, enzyme activity deficient and membrane lipid peroxidation, finally interfering with the growth and development of plant as well as normal physiological metabolism of plant.
植物在铅胁迫下生物大分子构象发生改变、引起电解质外渗、酶活性丧失及膜脂过氧化等，最终干扰植物的正常生理代谢和生长发育。