Titlebook: Contemporary Nephrology; Volume 4 Saulo Klahr,Shaul G. Massry Book 1987 Plenum Publishing Corporation 1987 Assessment.blood cell.diagnosis.

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书目名称Contemporary Nephrology影响因子(影响力)




书目名称Contemporary Nephrology影响因子(影响力)学科排名




书目名称Contemporary Nephrology网络公开度




书目名称Contemporary Nephrology网络公开度学科排名




书目名称Contemporary Nephrology被引频次




书目名称Contemporary Nephrology被引频次学科排名




书目名称Contemporary Nephrology年度引用




书目名称Contemporary Nephrology年度引用学科排名




书目名称Contemporary Nephrology读者反馈




书目名称Contemporary Nephrology读者反馈学科排名

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The Poetics of Expiration: Felicia Hemansn order to provide a theoretical framework for analysis of the experimental data, and then we shall discuss the particular case of isosmotic transepithelial water transport, using the mammalian renal proximal tubule as the main, but not exclusive model.

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臆断

Edward J. Yun MD,Christopher J. Kane MDobservations of significant merit that do not blend easily into the currents of the field in general. For similar reasons, included here will be studies of less significance that are reviewed because they provide links, or potential links, between larger areas of relatively greater importance.

angina-pectoris

Stacy K. McGoldrick,Andrea McArdleemistry in the evaluation of renal function. More studies are being reported in which biochemical mechanisms are used to explain transport functions. Some of this will be apparent to the reader in perusing this chapter.

Chagrin

Renal Metabolism,emistry in the evaluation of renal function. More studies are being reported in which biochemical mechanisms are used to explain transport functions. Some of this will be apparent to the reader in perusing this chapter.

Chagrin

Book 1987 composition of the Editorial Board and authorship of the different chapters have occurred in this volume. Six distinguished contributors have retired from the Editorial Board. They include Dr. Zalman A. Agus, Philadelphia; Dr. Robert Anderson, Denver; Dr. Eli Friedman, Brooklyn; Dr. Richard Glassoc

Ancillary

Isosmotic Fluid Transport across Epithelia,n order to provide a theoretical framework for analysis of the experimental data, and then we shall discuss the particular case of isosmotic transepithelial water transport, using the mammalian renal proximal tubule as the main, but not exclusive model.

全能

Renal Prostaglandins, kidneys can synthesize leukotrienes has remained elusive. Stimuli of prostaglandin synthesis have been well studied, and our understanding of the cellular mechanisms of action of stimuli, such as angiotensin and vasopressin, has improved substantially. Several reviews of renal arachidonic acid metabolism can be recommended..

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