重吸收

肾内AAP可能与肾小管和集合小管的分泌和重吸收功能有关。

The function of AAP in kidney may related to the secretion and reabsorption of renal tubules and collecting tubules .

X射线与非晶硒作用中的散射光子重吸收研究

Reabsorption of scattering X-rays in amorphous selenium

本文对光电吸收占优的条件下，X射线与非晶硒作用中产生的散射光子重吸收作了较为详细的研究。

The reabsorption of scattering X rays in amorphous selenium (α Se ) are considered in detail .

用放射自显影术观察棉酚对肾小管重吸收及转运~（42）K功能的影响

Autoradiographic observation of gossypol effect on reabsorption and excretion of ~ ( 42 ) KCl in the renal tubules

解释：抗EGFR抗体损害肾脏对镁重吸收能力，导致大部分患者血镁过低。

Interpretation : EGFR-inhibiting antibodies compromised the renal magnesium retention capacity , leading to hypomagnesaemia in most patients .

这表明对于能量较高的入射X射线光子和厚的非晶硒膜层，散射重吸收将对X射线成象过程产生一定的影响。

This means that reabsorption of scattering X rays can have effect on X ray imaging process , especially for high energy X rays and thicker α Se layer .

实验证实，ATP对肾血流量、肾小球滤过率、水钠重吸收、管球反馈都具有调节作用。

It has been proven that ATP can regulate renal blood flow , glomerular filtration rate , water and salt reabsorption and tubulo-glomerular feedback .

结论CMS对肾脏有损害，可能与肾小管重吸收功能降低和肾小球通透性增强有关。

Conclusion Damages to renal of CMS may relate to the decline renal tubule 's re-absorption function and the enhancement of boost glomerulus 's permeability .

结论PTH在体外可通过诱导RANKL基因和OPG基因表达而直接影响OCs的分化和骨重吸收功能。

Conclusion PTH in vitro mediates OCs differentiation and bone resorption probably through the up-regulated expression of RANKL-mRNA and OPG-mRNA .

CASR的活化可抑制甲状旁腺激素分泌，减少肾小管钙的重吸收，促进甲状腺C细胞降钙素分泌。

The activation of CASR can inhibit parathyroid hormone secretion in parathyroid glands , reduce calcium resorption in renal tubule and stimulate calcitonin secretion in thyroid C cells .

结论：尿液AQP2水平可以反映肾脏集合管AQP2蛋白的表达量，是较好的监测机体水重吸收状况的方法。

CONCLUSION Measurement of urinary AQP2 can reflect its protein expression level in renal inner medulla , and thus providing a much better way to monitor body water reabsorption status .

证明了Bossert和Schwartz关于该段肾小管内水的重吸收量所做的推测。

The obtained result proved the Bossert and Schwartz 's conjecture about the water reabsorption in DLH .

肾性尿崩症（NDI）就是一种由于肾小管重吸收水的功能障碍而引发的较为严重的泌尿系统疾病。

Nephrogenic diabetes insipidus ( NDI ) is a rare disease characterized by the inability of the kidney to concentrate urine .

本研究还显示UAE升高除与肾小球对白蛋白滤过增加有关外，可能也与肾小管对白蛋白的重吸收能力下降有关。

This study also showed that elevated UAE was not only related to the increase of glomerular-filtrated albumin but also related to the reduction of ability of renal tubular reabsorption of albumin .

回肠：小肠最后和最长的一段，主要担负维生素B12的吸收和结合胆汁盐约90%的重吸收。

Ileum : Final and longest segment of the small intestine . It is the site of absorption of vitamin B12 ( see vitamin B complex ) and reabsorption of about 90 % of conjugated bile salts .

ENaC负责钠离子的限速重吸收，对于维持钠的自身平衡、细胞外液量和血压起重要作用。

ENaC is responsible for the rate-limiting step of sodium reabsorption and thus plays an important role in the maintenance of sodium balance , extracellular fluid volume and blood pressure .

A3309通过抑制小肠对胆汁酸的重吸收，使更多的胆汁酸进入结肠，刺激结肠加快运动而排便。

A3309 works by inhibiting bile acid absorption in the small intestines , allowing more bile acids to enter the colon to stimulate bowel movements .

电镜下观察了18峰双峰驼（Camelusbactrianus）肾脏细胞的超微结构，探究驼肾重吸收机能的形态学证据。

Ultrastructure of tubuli renales cells and interstitial tissue capillaries in 18 two humped camels ( Camelus bactrianus ) was investigated with transmission electron microscope in order to find the morphologic features related to renal reabsorption .

综上所述，AQP2可能在肾脏水重吸收方面具有重要的生理作用：AQP2减少可能是肾气虚大鼠产生多尿症状的病理机制之一。

So , we can conclude from above that Aquaporin-2 may have important physiological role in t he water reabsorption and reduction of Aquaporin-2 may be one of the pathological mechanism of kidney deficiency polyuria .

水通道蛋白4（AQP4）是中枢神经系统水调节和运输的重要结构基础，参与脑脊液重吸收、渗透压调节、脑水肿形成等生理和病理学过程；

Aquaporin-4 ( AQP4 ) is an important structural basis for water regulation and trans - portation in the central nervous system , which participates in physiopathological processes , such as cerebrospinal fluid reabsorption , osmotic regulation , and cerebral edema formation .

SERT基因存在2个多态性区：VNTRs和5-HTTLPR，由此产生的不同基因型可影响SERT基因的转录效率及其mRNA的稳定性，从而影响SERT的数量、亲和力以及5-HT重吸收。

There are two important polymorphic sites in the SERT gene : variable number tandem repeats ( VNTRs ) in the second intron , and SERT gene-linked polymorphic region [ 5-HTTLPR ] , which might influence the transcription efficiency of SERT gene and the stability of the mRNA transcripted .

但过度地碱化尿液也会使草酸的重吸收受到抑制，使草酸大量存留在尿中而导致结石。

Too much oxalate will deposit in urine and form stone .

培养基均经过检测以确保被有功能的破骨细胞重吸收

Culture medium were tested to ensure that a function of osteoclast resorption

没有血供则脂肪细胞会被重吸收和代谢。

Their blood supply gone , fat cells are reabsorbed and metabolized .

雌二醇对大鼠睾丸输出小管水重吸收功能的影响

Influence of Estradiol Benzoate on Fluid Reabsorption Capacity of Rat Efferent Ductuli

结果显示，有相当一部分散射光子被非晶硒重吸收；

The results show that a significant part of scattering photons are reabsorbed ;

肾小管对钙的重吸收包括被动重吸收和主动重吸收。

Renal tubular reabsorption includes passive and active reabsorption .

大鼠破裂型椎间盘突出模型的建立及其重吸收机理的研究

A rat model of disc herniation spontaneous resorption

糖尿病母亲所生婴儿的骨组织重吸收反应方面的变化

Bone resorption in infants of diabetic mothers

孕妇使用选择性5-羟色氨重吸收抑制剂与新生儿停药综合征的关系：数据库资料分析

Selective serotonin reuptake inhibitors in pregnant women and neonatal withdrawal syndrome : A database analysis