水盐代谢

  • 网络water-electrolyte metabolism;water and salt metabolism
水盐代谢水盐代谢
  1. 结论:ANP、ADH可影响窒息新生儿水盐代谢,引起以稀释性低钠血症为主的稀释性和失钠性低钠血症。

    Conclusion : ANP and ADH may be involved in the water and salt metabolism in asphyxiated neonates . It may cause losed natrium and diluted hyponatremia that is more important .

  2. 针灸减肥及其对水盐代谢的影响

    The Antiobesity Effect of Acupuncture and It 's Influence on Water and Salt Metabolism

  3. 结论内吞体功能复杂,它可能与细胞的pH值,水盐代谢,能量、蛋白质的代谢以及活性氧的产生等都有一定的关系。

    Conclusion Endosome has complicated function and probably relates with cellular pH , the metabolism of water and salt , the metabolism of energy , protein and the production of active oxygen .

  4. 实验结果表明,BNP是一种调节水盐代谢和局部脑血流的重要多肽。

    We conclude that BNP is an important peptide in regulating water and sodium metabolism and plays an important role in regulating blood flow to various organs .

  5. 结论:TS对K562细胞表现出很强的杀伤作用,其机制可能是抑制膜上Na~+-K~+-ATP酶的活性,引起水盐代谢紊乱和营养物质摄取障碍。

    Conclusion : TS showed potent cytotoxicity on K562 cells . Its mechanism was probably attributable to inhibit the Na + - K + - ATPase activity of K562 cell membrane , resulting in metabolic perturbation of water and ions , and disturbing absorption of nutrients .

  6. 目的:探索饲喂羊肉和鸭肉对大鼠水盐代谢的影响。

    Objective To observe the effects of sheep meat and duck meat supplemented diet on rat water-salt metabolism .

  7. 12个水盐代谢、离子转运候选基因与高血压病连锁分析

    Linkage analysis of 12 candidate gene loci regulating water , sodium metabolism and membrane ion transport in essential hypertension

  8. 心钠素通过水盐代谢平衡在调节血压中起重要作用。

    Atrial natriuretic peptide ( ANP ) plays an important role in the regulation of blood pressure through sodium-water homoeostasis .

  9. 其中容量代谢在高血压的发病机制中具有重要意义,而肾脏是机体调节水盐代谢的重要器官。

    Volume metabolism in the pathogenesis of hypertension has an important meaning , Kidney is a vital organ in regulating water-salt metabolism .

  10. 而且,较白种人而言,黑种人夜间水盐代谢下降幅度迟钝,同时伴脉压增高。

    In addition , they exhibited a blunted nocturnal fall in fluid and electrolyte excretion and a higher pulse pressure than white individuals .

  11. 碳酸盐缓冲合剂对马大肠内环境、水盐代谢和酸碱平衡的效应

    Effects of carbonate buffer mixture on internal environment of large intestines and metabolism of fluid and electrolyte as well as acid-base balance in equine

  12. 目的高温环境对人体生理功能的影响是广泛的,包括热代谢、能量代谢、水盐代谢、神经内分泌系统、心血管系统等;

    Objective The influence of high temperature environment to human body is wide , including hot metabolism , energy metabolism , water salt metabolism , neuroendocrine system , cardiovascular system and so ;

  13. 结论长期大量应用甘露醇会导致水盐代谢紊乱和肾功能损害,合用β七叶皂甙钠可减少副作用,止痛效果好。

    Conclusion Mannitol was given so large dose and long term use that this would lead to metabolism disorder in water and sodium and lesion of renal function . That mannitol in connection with β aescine was used could ease side effect .

  14. 抗菌素能引起水、盐代谢的紊乱。

    Antibiotics can cause disorders of water and salt metabolism .

  15. 资料综合:肾素-血管紧张素系统是体内重要的体液调节系统,在水盐的代谢平衡和血管张力调节中有重要的作用。

    DATA SYNTHESIS : Renin-angiotensin system an important humoral regulation system plays an important role in metabolic balance and vascular tension regulation .

  16. 除了参与味觉传递外,还参与呼吸调整、心血管功能调控、胃肠道活动、水盐平衡、机体代谢以及痛觉调制、心理行为和神经内分泌等活动。

    Besides participating in transferring the taste , it participated in the regulating the respiration , cardiovascular function , gastrointestinal activity , balance of water and salt , economical metabolize and regulating pain , mental behavior and neuro-endocrine activity , and so on .

  17. 分析运动训练对运动员体温、水代谢、电解质代谢的影响,以及运动训练过程中运动员水盐代谢的激素调节机制。

    This Study analyzed the influence of training on temperature , water and electrolytes metabolism , and the steroids regulatory role of water-electrolytes metabolism in the process of training .