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Results: 1-8 |
Results: 8
EFFECTS OF IFOSFAMIDE AND METABOLITES ON MEMBRANE VOLTAGE (V-M) CONDUCTANCE (G(M)) OF LLC-PK1 CELLS/
Authors: KLETA R FEHRING S ROSSI R MOHRMANN M SCHLATTER E
Citation: R. Kleta et al., EFFECTS OF IFOSFAMIDE AND METABOLITES ON MEMBRANE VOLTAGE (V-M) CONDUCTANCE (G(M)) OF LLC-PK1 CELLS/, Journal of the American Society of Nephrology, 7(9), 1996, pp. 2972-2972
IFOSFAMIDE AND MESNA - EFFECTS ON THE NA H EXCHANGER ACTIVITY IN RENAL EPITHELIAL-CELLS IN CULTURE (LLC-PK1)/
Authors: MOHRMANN M KUPPER N SCHONFELD B BRANDIS M
Citation: M. Mohrmann et al., IFOSFAMIDE AND MESNA - EFFECTS ON THE NA H EXCHANGER ACTIVITY IN RENAL EPITHELIAL-CELLS IN CULTURE (LLC-PK1)/, Renal physiology and biochemistry, 18(3), 1995, pp. 118-127
EFFECTS OF CELL-DIFFERENTIATION ON ION CONDUCTANCES AND MEMBRANE VOLTAGE IN LLC-PK1 CELLS
Authors: KLETA R MOHRMANN M SCHLATTER E
Citation: R. Kleta et al., EFFECTS OF CELL-DIFFERENTIATION ON ION CONDUCTANCES AND MEMBRANE VOLTAGE IN LLC-PK1 CELLS, Pflugers Archiv, 429(3), 1995, pp. 370-377
INHIBITION OF SODIUM-DEPENDENT TRANSPORT-SYSTEMS IN LLC-PK1 CELLS BY METABOLITES OF IFOSFAMIDE (VOL 15, PG 289, 1992)
Authors: MOHRMANN M
Citation: M. Mohrmann, INHIBITION OF SODIUM-DEPENDENT TRANSPORT-SYSTEMS IN LLC-PK1 CELLS BY METABOLITES OF IFOSFAMIDE (VOL 15, PG 289, 1992), Renal physiology and biochemistry, 17(6), 1994, pp. 332-332
DITHIO-BIS-MERCAPTOETHANESULFONATE (DIMESNA) DOES NOT PREVENT CELLULAR-DAMAGE BY METABOLITES OF IFOSFAMIDE AND CYCLOPHOSPHAMIDE IS LLC-PK1 CELLS
Authors: MOHRMANN M ANSORGE S SCHONFELD B BRANDIS M
Citation: M. Mohrmann et al., DITHIO-BIS-MERCAPTOETHANESULFONATE (DIMESNA) DOES NOT PREVENT CELLULAR-DAMAGE BY METABOLITES OF IFOSFAMIDE AND CYCLOPHOSPHAMIDE IS LLC-PK1 CELLS, Pediatric nephrology, 8(4), 1994, pp. 458-465
TOXICITY OF IFOSFAMIDE, CYCLOPHOSPHAMIDE AND THEIR METABOLITES IN RENAL TUBULAR CELLS IN CULTURE
Authors: MOHRMANN M ANSORGE S SCHMICH U SCHONFELD B BRANDIS M
Citation: M. Mohrmann et al., TOXICITY OF IFOSFAMIDE, CYCLOPHOSPHAMIDE AND THEIR METABOLITES IN RENAL TUBULAR CELLS IN CULTURE, Pediatric nephrology, 8(2), 1994, pp. 157-163
EFFECT OF IFOSFAMIDE METABOLITES ON SODIUM-DEPENDENT PHOSPHATE-TRANSPORT IN A MODEL OF PROXIMAL TUBULAR CELLS (LLC-PK1) IN CULTURE
Authors: MOHRMANN M PAULI A WALKENHORST H SCHONFELD B BRANDIS M
Citation: M. Mohrmann et al., EFFECT OF IFOSFAMIDE METABOLITES ON SODIUM-DEPENDENT PHOSPHATE-TRANSPORT IN A MODEL OF PROXIMAL TUBULAR CELLS (LLC-PK1) IN CULTURE, Renal physiology and biochemistry, 16(6), 1993, pp. 285-298
CYTOSTATICS - INDUCED TUBULAR TOXICITY
Authors: BRANDIS M VANDERHARDT K ZIMMERHACKL RB MOHRMANN M LEITITIS J
Citation: M. Brandis et al., CYTOSTATICS - INDUCED TUBULAR TOXICITY, The Clinical investigator, 71(10), 1993, pp. 855-857
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