Chloride Transport in Biological Membranes

Contents

Contributors

Preface

The Study of the Anion Transport Protein ("Band 3 Protein") in the Red Cell Membrane by Means of Tritiated 4,4'-Diisothiocyano-Dihydrostilbene-2,2'-Disulfonic Acid (3H2DIDS)

Arguments in Support of a Single Transport Site on Each Anion Transporter in Human Red Cells

Functional Sites of the Red Cell Anion Exchange Protein: Use of Bimodal Chemical Probes

Anion and Proton Transport through Lipid Bilayers and Red Cell Membranes

Chloride Transport in the Renal Tubule

Mechanism of Chloride Transport across Mammalian Collecting Duct

Bidirectional Fluid Transport in the Proximal Tubule

Jared Grantham, James Irish III, and Daniel Terreros

Chloride Transport by Gastric Mucosa and Membranes Isolated from Gastric Oxyntic Cells

The Role of Sodium in Anion Transport across Renal and Small Intestinal Cells: Studies with Isolated Plasma Membrane Vesicles

Chloride Transport in Rabbit Cornea

The Active Translocation of Cl and Na by the Frog Corneal Epithelium: Cotransport or Separate Pumps?

Chloride Reabsorption, Bicarbonate Secretion, and Electrophysiological Parameters in the Turtle Bladder

Energetics of Active Chloride Transport in Shark Rectal Gland

Hormonal Control of Chloride Secretion in the Rectal Gland of Squalus acanthias

The Opercular Epithelium: An Experimental Model for Teleost Gill Osmoregulation and Chloride Secretion

Chloride Transport in Frog Skin

Chloride Current Rectification in Toad Skin Epithelium

Regulation of Active Chloride Transport in Frog Skin

Chloride Transport in the Ehrlich Mouse Ascites Tumor Cell

Index