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Results: 1-11 |
Results: 11
INTESTINAL TIGHT JUNCTIONS .1. STRUCTURE AND MOLECULAR REGULATION MECHANISMS
Authors: STEIN J KOTTRA G
Citation: J. Stein et G. Kottra, INTESTINAL TIGHT JUNCTIONS .1. STRUCTURE AND MOLECULAR REGULATION MECHANISMS, Zeitschrift fur Gastroenterologie, 35(3), 1997, pp. 205-220
[CA2- CONDUCTANCE BY EXTRACELLULAR ATP IN NECTURUS GALLBLADDER EPITHELIUM (NGE)(](I) AND CAMP DO NOT MEDIATE THE ACTIVATION OF APICAL CL)
Authors: VANK C KOTTRA G
Citation: C. Vank et G. Kottra, [CA2- CONDUCTANCE BY EXTRACELLULAR ATP IN NECTURUS GALLBLADDER EPITHELIUM (NGE)(](I) AND CAMP DO NOT MEDIATE THE ACTIVATION OF APICAL CL), Pflugers Archiv, 433(6), 1997, pp. 153-153
PROPERTIES OF THE FORSKOLIN-STIMULATED APICAL CL- CONDUCTANCE OF HT29CL.19A CELLS INVESTIGATED WITH TRANSEPITHELIAL IMPEDANCE ANALYSIS
Authors: LEISSNER C KOTTRA G
Citation: C. Leissner et G. Kottra, PROPERTIES OF THE FORSKOLIN-STIMULATED APICAL CL- CONDUCTANCE OF HT29CL.19A CELLS INVESTIGATED WITH TRANSEPITHELIAL IMPEDANCE ANALYSIS, Pflugers Archiv, 433(6), 1997, pp. 591-591
[CA2-LIKE CL- CONDUCTANCE BY EXTRACELLULAR ATP IN NECTURUS GALLBLADDER EPITHELIUM (NGE)(](I) AND CAMP DO NOT MEDIATE THE ACTIVATION OF APICAL CFTR)
Authors: KOTTRA G VANK C
Citation: G. Kottra et C. Vank, [CA2-LIKE CL- CONDUCTANCE BY EXTRACELLULAR ATP IN NECTURUS GALLBLADDER EPITHELIUM (NGE)(](I) AND CAMP DO NOT MEDIATE THE ACTIVATION OF APICAL CFTR), Naunyn-Schmiedeberg's archives of pharmacology, 356(4), 1997, pp. 88-88
CONTRIBUTION OF SURFACE EPITHELIAL-CELLS TO TOTAL CONDUCTANCE OF NECTURUS GASTRIC FUNDUS MUCOSA
Authors: KOTTRA G IACOVELLI C CAROPPO R CURCI S BAKOS P FROMTER E
Citation: G. Kottra et al., CONTRIBUTION OF SURFACE EPITHELIAL-CELLS TO TOTAL CONDUCTANCE OF NECTURUS GASTRIC FUNDUS MUCOSA, American journal of physiology: Gastrointestinal and liver physiology, 33(6), 1996, pp. 902-908
A TRIBUTE TO FROMTER,EBERHARD
Authors: KORBMACHER C KOTTRA G LANG F
Citation: C. Korbmacher et al., A TRIBUTE TO FROMTER,EBERHARD, Cellular physiology and biochemistry, 5(4), 1995, pp. 203-203
PROTEIN-KINASE INHIBITOR H7 PREVENTS THE DECREASE OF TIGHT JUNCTION RESISTANCE INDUCED BY SEROSAL CA2+ REMOVAL IN NECTURUS GALLBLADDER EPITHELIUM
Authors: KOTTRA G
Citation: G. Kottra, PROTEIN-KINASE INHIBITOR H7 PREVENTS THE DECREASE OF TIGHT JUNCTION RESISTANCE INDUCED BY SEROSAL CA2+ REMOVAL IN NECTURUS GALLBLADDER EPITHELIUM, Cellular physiology and biochemistry, 5(4), 1995, pp. 211-221
CALCIUM IS NOT INVOLVED IN THE CAMP-MEDIATED STIMULATION OF CL- CONDUCTANCE IN THE EPICAL MEMBRANE OF NECTURUS GALLBLADDER EPITHELIUM
Authors: KOTTRA G
Citation: G. Kottra, CALCIUM IS NOT INVOLVED IN THE CAMP-MEDIATED STIMULATION OF CL- CONDUCTANCE IN THE EPICAL MEMBRANE OF NECTURUS GALLBLADDER EPITHELIUM, Pflugers Archiv, 429(5), 1995, pp. 647-658
INVOLVEMENT OF G-PROTEINS IN REGULATION OF TIGHT JUNCTIONS OF THE HUMAN INTESTINAL EPITHELIAL-CELL LINE CACO-2
Authors: STEIN J BREITENBACH U KOTTRA G GERHARD R ZEUZEM S CASPARY WF
Citation: J. Stein et al., INVOLVEMENT OF G-PROTEINS IN REGULATION OF TIGHT JUNCTIONS OF THE HUMAN INTESTINAL EPITHELIAL-CELL LINE CACO-2, Gastroenterology, 106(4), 1994, pp. 10000273-10000273
TIGHT-JUNCTION TIGHTNESS OF NECTURUS GALL-BLADDER EPITHELIUM IS NOT REGULATED BY CAMP OR INTRACELLULAR CA2+ .1. MICROSCOPIC AND GENERAL ELECTROPHYSIOLOGICAL OBSERVATIONS
Authors: KOTTRA G HAASE W FROMTER E
Citation: G. Kottra et al., TIGHT-JUNCTION TIGHTNESS OF NECTURUS GALL-BLADDER EPITHELIUM IS NOT REGULATED BY CAMP OR INTRACELLULAR CA2+ .1. MICROSCOPIC AND GENERAL ELECTROPHYSIOLOGICAL OBSERVATIONS, Pflugers Archiv, 425(5-6), 1993, pp. 528-534
TIGHT-JUNCTION TIGHTNESS OF NECTURUS GALL-BLADDER EPITHELIUM IS NOT REGULATED BY CAMP OR INTRACELLULAR CA2+ .2. IMPEDANCE MEASUREMENTS
Authors: KOTTRA G FROMTER E
Citation: G. Kottra et E. Fromter, TIGHT-JUNCTION TIGHTNESS OF NECTURUS GALL-BLADDER EPITHELIUM IS NOT REGULATED BY CAMP OR INTRACELLULAR CA2+ .2. IMPEDANCE MEASUREMENTS, Pflugers Archiv, 425(5-6), 1993, pp. 535-545
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