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Results: 1-8 |
Results: 8
GUANYLIN STIMULATES REGULATED SECRETION FROM HUMAN NEUROENDOCRINE PANCREATIC-CELLS
Authors: JOHN M WIEDENMANN B KRUHOFFER M ADERMANN K ANKORINASTARK I SCHLATTER E AHNERTHILGER G FORSSMANN WG KUHN M
Citation: M. John et al., GUANYLIN STIMULATES REGULATED SECRETION FROM HUMAN NEUROENDOCRINE PANCREATIC-CELLS, Gastroenterology, 114(4), 1998, pp. 791-797
CELL SHRINKAGE ACTIVATES A CATION CONDUCTANCE IN PRINCIPAL CELLS OF RAT CORTICAL COLLECTING DUCT
Authors: SCHLATTER E ANKORINASTARK I CERMAK R HAXELMANS S KLETA R HIRSCH JR
Citation: E. Schlatter et al., CELL SHRINKAGE ACTIVATES A CATION CONDUCTANCE IN PRINCIPAL CELLS OF RAT CORTICAL COLLECTING DUCT, Cellular physiology and biochemistry, 7(6), 1997, pp. 321-332
CA2-SENSITIVE AND VOLTAGE-SENSITIVE - DIFFERENT PATHWAYS FOR BASAL AND SWELLING-INDUCED CA2+ ENTRY( ENTRY IN ISOLATED RAT CORTICAL COLLECTING DUCT IS PH)
Authors: ANKORINASTARK I HAXELMANS S HIRSCH JR LOHRMANN E SCHLATTER E
Citation: I. Ankorinastark et al., CA2-SENSITIVE AND VOLTAGE-SENSITIVE - DIFFERENT PATHWAYS FOR BASAL AND SWELLING-INDUCED CA2+ ENTRY( ENTRY IN ISOLATED RAT CORTICAL COLLECTING DUCT IS PH), Cellular physiology and biochemistry, 7(6), 1997, pp. 333-344
NATRIURETIC PEPTIDES INHIBIT A K-DEPENDENTLY AND INDEPENDENTLY IN HUMAN KIDNEY EPITHELIAL-CELLS( CONDUCTANCE CGMP)
Authors: HIRSCH JR KRUHXFFER M MEYER M FORSSMANN WG CERMAK R ANKORINASTARK I WEBER G SCHLATTER E
Citation: Jr. Hirsch et al., NATRIURETIC PEPTIDES INHIBIT A K-DEPENDENTLY AND INDEPENDENTLY IN HUMAN KIDNEY EPITHELIAL-CELLS( CONDUCTANCE CGMP), The FASEB journal, 11(3), 1997, pp. 1440-1440
RECEPTORS FOR BRADYKININ AND PROSTAGLANDIN E-2 COUPLED TO CA2+ SIGNALING IN RAT CORTICAL COLLECTING DUCT
Authors: ANKORINASTARK I HAXELMANS S SCHLATTER E
Citation: I. Ankorinastark et al., RECEPTORS FOR BRADYKININ AND PROSTAGLANDIN E-2 COUPLED TO CA2+ SIGNALING IN RAT CORTICAL COLLECTING DUCT, Cell calcium, 22(4), 1997, pp. 269-275
FUNCTIONAL EVIDENCE FOR THE REGULATION OF CYTOSOLIC CA2-1A-RECEPTORS AND BETA-ADRENOCEPTORS IN RAT CCD( ACTIVITY VIA V)
Authors: ANKORINASTARK I HAXELMANS S SCHLATTER E
Citation: I. Ankorinastark et al., FUNCTIONAL EVIDENCE FOR THE REGULATION OF CYTOSOLIC CA2-1A-RECEPTORS AND BETA-ADRENOCEPTORS IN RAT CCD( ACTIVITY VIA V), Cell calcium, 21(2), 1997, pp. 163-171
MOXONIDINE INHIBITS NA+ H+ EXCHANGE IN PROXIMAL TUBULE CELLS AND CORTICAL COLLECTING DUCT/
Authors: SCHLATTER E ANKORINASTARK I HAXELMANS S HOHAGE H
Citation: E. Schlatter et al., MOXONIDINE INHIBITS NA+ H+ EXCHANGE IN PROXIMAL TUBULE CELLS AND CORTICAL COLLECTING DUCT/, Kidney international, 52(2), 1997, pp. 454-459
2 DIFFERENT PATHWAYS FOR CA2+ ENTRY IN PRINCIPAL CELLS OF RAT CORTICAL COLLECTING DUCT (CCD)
Authors: ANKORINASTARK I HAXELMANS S SCHLATTER E
Citation: I. Ankorinastark et al., 2 DIFFERENT PATHWAYS FOR CA2+ ENTRY IN PRINCIPAL CELLS OF RAT CORTICAL COLLECTING DUCT (CCD), Pflugers Archiv, 433(6), 1997, pp. 598-598
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