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肾小管中二价无机阴离子转运的细胞机制。

Cellular mechanisms in renal tubular transport of divalent inorganic anions.

作者信息

Murer H, Biber J

出版信息

Nephrologie. 1996;17(7):365-9.

PMID:8987043
Abstract

The kidney is a key organ in the homeostasis of inorganic phosphate (Pi) and sulfate (Si). These anions are freely filtered at the glomerular capillaries and are then reabsorbed in the proximal tubule. Studies on isolated membrane vesicles allowed the identification of Na/phosphate and Na/sulfate-cotransporters. Subsequently these transporters have been cloned. Vesicle studies documented that physiological (and pathophysiological) alterations involve regulated transport rates of these cotransporters. Molecular studies using cDNA-probes and specific antibodies indicated that physiological regulation occurs at multiple cellular levels (e.g. transcription/translation and membrane traffic).

摘要

肾脏是无机磷酸盐(Pi)和硫酸盐(Si)体内稳态的关键器官。这些阴离子在肾小球毛细血管处可自由滤过,然后在近端小管被重吸收。对分离的膜囊泡的研究使得钠/磷酸盐和钠/硫酸盐共转运体得以鉴定。随后这些转运体被克隆出来。囊泡研究证明,生理(和病理生理)改变涉及这些共转运体的转运速率调节。使用cDNA探针和特异性抗体的分子研究表明,生理调节发生在多个细胞水平(如转录/翻译和膜运输)。

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