Chloride Transport Coupling in Biological Membranes and EpitheliaGeorge A. Gerencser |
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Page 194
George A. Gerencser. TABLE 6.6 MUCOSAL MEMBRANE POTENTIALS ( m ) IN NaCl AND Na2SO4 SEAWATER MEDIA m ( mV ) 45 ( mV ) ms ( mV ) NaCl seawater Na2SO4 seawater -67.8 1.3 ( 13 ) 7.2 ± 3.3 ( 13 ) P < 0.001 +67.2 ± 1.3 ( 13 ) + 7.0 3.2 ( 13 ) ...
George A. Gerencser. TABLE 6.6 MUCOSAL MEMBRANE POTENTIALS ( m ) IN NaCl AND Na2SO4 SEAWATER MEDIA m ( mV ) 45 ( mV ) ms ( mV ) NaCl seawater Na2SO4 seawater -67.8 1.3 ( 13 ) 7.2 ± 3.3 ( 13 ) P < 0.001 +67.2 ± 1.3 ( 13 ) + 7.0 3.2 ( 13 ) ...
Page 196
... mucosal solution into the cytosol of intestinal epithelial cells ( Armstrong et al . , 1979a , b ; Frizzell et al . , 1979 ; Schultz , 1977 ) if indeed , there is a mechanistic coupling between these two ions at the mucosal membrane ...
... mucosal solution into the cytosol of intestinal epithelial cells ( Armstrong et al . , 1979a , b ; Frizzell et al . , 1979 ; Schultz , 1977 ) if indeed , there is a mechanistic coupling between these two ions at the mucosal membrane ...
Page 423
... mucosa was short - circuited , the electrical potentials changed : the mucosal membrane hyperpolarized by 15 mV and the serosal membrane depolarized by 3 mV , both now measuring -49 mV . ( Fig . 14.2 ) . These changes in membrane ...
... mucosa was short - circuited , the electrical potentials changed : the mucosal membrane hyperpolarized by 15 mV and the serosal membrane depolarized by 3 mV , both now measuring -49 mV . ( Fig . 14.2 ) . These changes in membrane ...
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acetazolamide acid Acta active Cl active transport Ahearn allosteric anion apical membrane Aplysia californica ATPase basolateral membrane bathing Biochim Biol Biophys bladder cation cellular Chara chloride transport Cl absorption Cl flux Cl influx Cl secretion Cl transport cm² concentration conductance coupled cytoplasmic depolarization diluting segment effect efflux electrical electrochemical gradient electrogenic Cl epithelia epithelium exchange external Cl fluid Frizzell furosemide Gerencser gland Gradmann Hanrahan HCO3 secretion increase inhibition inhibitor intestine intracellular ion transport JHCO3 kinetic locust rectum lumen Lüttge measured mechanism medium Membr metabolic mucosal membrane mucosal solution NaCl negative nephron observed ouabain paracellular pathway perfused Phillips Plant Physiol plasma membrane potential prawn protein proximal tubule pump reabsorption rectal saline salt Sanders Schultz serosal short-circuit Slayman Smith sodium Spanswick stimulation Table teleost tissue transepithelial transmural unidirectional uptake values vertebrate