Titlebook: Renal Transport of Organic Substances; R. Greger,F. Lang,S. Silbernagl Conference proceedings 1981 Springer-Verlag Berlin Heidelberg 1981

大方一點

瘙癢

W. G. Guder,G. Wirthensohn. Students of other related branches of engineering s- ences, and engineers working in the ?eld and at research institutes will also be beni?ted. The book may serve as a text book for the students and as a prac978-1-4899-8126-4978-1-4419-6335-2

acrimony

K. Baumann. Students of other related branches of engineering s- ences, and engineers working in the ?eld and at research institutes will also be beni?ted. The book may serve as a text book for the students and as a prac978-1-4899-8126-4978-1-4419-6335-2

冬眠

Alcove

混沌

怒目而視

Enteropathic

Introduction,ht since 95% of the renal transport work concerns NaCl and water. However, the other 5% are also essential and any dysfunction in renal handling of one of the many organic substances creates serious problems and often mortal danger.

dilute

Methods for Studying Tubular Transport of Organic Substances,dy renal function. Almost every new technical approach sooner or later has led to new quantitative information and often to new concepts regarding the handling of organic substances. Thus, with the introduction of clearance techniques came the quantitative description of the reabsorptive and secreto

fixed-joint

Driving Forces for the Transport of Organic Solutes,oned here only briefly. Following the principles of irreversible thermodynamics, as outlined by Sauer [25], the transport of a substance (i) through the cell or tubular wall can be described by the following linear equation: