1) electrolyte balance
电解质平衡
1.
[Objective] To explore the method and opportunity of the nutritional support and the handling of the water and electrolyte balance in the renal transplantation recipients during their peri-operative period.
目的探讨肾移植围手术期的水电解质平衡维护及营养支持的方法和时机。
2.
The concepts and interrelationships as well as some remaining problems among ion balance, electrolyte balance and acid base balance were discussed in the present paper.
对离子平衡、电解质平衡和酸碱平衡的概念和相互关系及研究中存在的问题进行了讨论 ,阐述了动物体内的酸碱来源及其平衡调节 ,电解质离子的主要营养作用、代谢规律及应用前景 ,分析比较了动物离子平衡的各种离子平衡公式。
2) dEB
[英][deb] [美][dɛb]
电解质平衡
1.
Effects of Security Feed Supply and DEB on the Milk Production of Dairy Cows;
安全性复合预混料及日粮电解质平衡对奶牛生产性能的影响
2.
The experiment was conduct to study the effect of the change of chemistry index and hormone in serum by the dEB of the diets under the cold temperature.
试验选用10周龄的金定母鸭126只,研究在低温条件下不同电解质平衡值(dEB)对育成鸭血液生化指标及血清中激素浓度的影响。
4) dietary electrolyte balance
电解质平衡值
1.
This experiment was conducted to study the effect of different value of dietary electrolyte balance(dEB) on performances and blood biochemical indices of Yinxiang chickens.
本试验研究不同的日粮电解质平衡值(dEB值)对银香麻鸡生产性能和血液理化指标的影响。
2.
Proper value of dietary electrolyte balance(DEB)is benefical for improving nutrient utilization, performance and to maintain animal health.
合适的饲料电解质平衡值(简称DEB值)有利于提高营养物质的利用效率和动物的生产性能,有利于保持动物的健康[1]。
3.
Proper value of dietary electrolyte balance (dEB) is beneficial for improving nutrient utilization, performance and to maintain animal health.
合适的饲粮电解质平衡值(简称dEB值)有利于提高营养物质的利用效率和动物的生产性能，有利于保持动物的健康。
5) Dietary electrolyte balance
日粮电解质平衡
1.
This experiment was designed to study the effect of dietary electrolyte balance(DEB) oncage-rearing Jin-ding ducks being in the period of 17-22 weeks.
各处理日粮电解质平衡值（DEB 值）分别为 50mmol/kg、150mmol/kg、200mmol/kg、250mmol/kg、300mmol/kg、350mmol/kg，试验期为 6周。
6) water and electrolytes balance
水和电解质平衡
补充资料：电解质平衡失调
电解质平衡失调
electrolyte dysequilibrium
人体体液中电解质浓度和总量过多、过少，失去正常比例的状态。发生的原因主要为电解质摄入过多或不足，丧失过多或潴留。多见于呕吐、腹泻、少食、大汗、外伤、灼伤、手术、休克、高热、多尿、尿少、尿闭、水肿等情况。也可由于治疗不当或调节失常引起。常见的有钠、钾、钙、镁、氯、碳酸氢根、磷酸根等离子的代谢紊乱，伴有体液中浓度的改变和酸碱平衡失调等变化。可影响神经、肌肉、心、肾、胃肠、内分泌腺等全身的生理功能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条