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Results: 1-10 |
Results: 10
HYPOXIA DECREASES CALCIUM INFLUX INTO RAT PROXIMAL TUBULES
Authors: PETERS SMA TIJSEN MJH VANOS CH WETZELS JFM BINDELS RJM
Citation: Sma. Peters et al., HYPOXIA DECREASES CALCIUM INFLUX INTO RAT PROXIMAL TUBULES, Kidney international, 53(3), 1998, pp. 703-708
COLD PRESERVATION OF ISOLATED RABBIT PROXIMAL TUBULES INDUCES RADICAL-MEDIATED CELL INJURY
Authors: PETERS SMA RAUEN U TIJSEN MJH BINDELS RJM VANOS CH DEGROOT H WETZELS JFM
Citation: Sma. Peters et al., COLD PRESERVATION OF ISOLATED RABBIT PROXIMAL TUBULES INDUCES RADICAL-MEDIATED CELL INJURY, Transplantation, 65(5), 1998, pp. 625-632
GLYCINE PROTECTION AGAINST HYPOXIC INJURY IN ISOLATED RAT PROXIMAL TUBULES - THE ROLE OF PROTEASES
Authors: TIJSEN MJH PETERS SMA BINDELS RJM VANOS CH WETZELS JFM
Citation: Mjh. Tijsen et al., GLYCINE PROTECTION AGAINST HYPOXIC INJURY IN ISOLATED RAT PROXIMAL TUBULES - THE ROLE OF PROTEASES, Nephrology, dialysis, transplantation, 12(12), 1997, pp. 2549-2556
GLYCINE REDUCE HYPOXIA-INDUCED PROTEASE ACTIVITY IN RAT PROXIMAL TUBULES
Authors: PETERS SMA TIJSEN MJH BINDELS RJM VANOS CH WETZELS JFM
Citation: Sma. Peters et al., GLYCINE REDUCE HYPOXIA-INDUCED PROTEASE ACTIVITY IN RAT PROXIMAL TUBULES, Journal of the American Society of Nephrology, 7(9), 1996, pp. 2925-2925
RISE IN CYTOSOLIC CA2+ AND COLLAPSE OF MITOCHONDRIAL POTENTIAL IN ANOXIC, BUT NOT HYPOXIC RAT PROXIMAL TUBULES
Authors: PETERS SMA TIJSEN MJH BINDELS RJM VANOS CH WETZELS JFM
Citation: Sma. Peters et al., RISE IN CYTOSOLIC CA2+ AND COLLAPSE OF MITOCHONDRIAL POTENTIAL IN ANOXIC, BUT NOT HYPOXIC RAT PROXIMAL TUBULES, Journal of the American Society of Nephrology, 7(9), 1996, pp. 2926-2926
RISE IN CYTOSOLIC CA2+ AND COLLAPSE OF MITOCHONDRIAL POTENTIAL IN ANOXIC, BUT NOT HYPOXIC, RAT PROXIMAL TUBULES
Authors: PETERS SMA TIJSEN MJH BINDELS RJM VANOS CH WETZELS JFM
Citation: Sma. Peters et al., RISE IN CYTOSOLIC CA2+ AND COLLAPSE OF MITOCHONDRIAL POTENTIAL IN ANOXIC, BUT NOT HYPOXIC, RAT PROXIMAL TUBULES, Journal of the American Society of Nephrology, 7(11), 1996, pp. 2348-2356
GLYCINE AND ACIDOSIS REDUCE HYPOXIA-INDUCED PROTEASE ACTIVITY IN RAT PROXIMAL TUBULES
Authors: TIJSEN MJH PETERS SMA BINDELS RJM VANOS CH WETZELS JFM
Citation: Mjh. Tijsen et al., GLYCINE AND ACIDOSIS REDUCE HYPOXIA-INDUCED PROTEASE ACTIVITY IN RAT PROXIMAL TUBULES, Kidney international, 50(5), 1996, pp. 1768-1768
GLYCINE REDUCES HYPOXIA-INDUCED PROTEASE ACTIVITY IN RAT PROXIMAL TUBULES
Authors: TIJSEN MJH PETERS SMA BINDELS RJM VANOS CH WETZELS JFM
Citation: Mjh. Tijsen et al., GLYCINE REDUCES HYPOXIA-INDUCED PROTEASE ACTIVITY IN RAT PROXIMAL TUBULES, Kidney international, 50(5), 1996, pp. 1782-1783
HYPOXIA-INDUCED CALCIUM INCREASE IN RAT PROXIMAL TUBULES DEPENDS ON SEVERENESS OF OXYGEN DEPRIVATION AND MITOCHONDRIAL-MEMBRANE POTENTIAL
Authors: PETERS SMA TIJSEN MJH BINDELS RJM VANOS CH WETZELS JFM
Citation: Sma. Peters et al., HYPOXIA-INDUCED CALCIUM INCREASE IN RAT PROXIMAL TUBULES DEPENDS ON SEVERENESS OF OXYGEN DEPRIVATION AND MITOCHONDRIAL-MEMBRANE POTENTIAL, Kidney international, 50(1), 1996, pp. 334-334
PROTECTION AGAINST HYPOXIC INJURY OF RAT PROXIMAL TUBULES BY FELODIPINE VIA A CALCIUM-INDEPENDENT MECHANISM
Authors: PETERS SMA TIJSEN MJH BINDELS RJM VANOS CH WETZELS JFM
Citation: Sma. Peters et al., PROTECTION AGAINST HYPOXIC INJURY OF RAT PROXIMAL TUBULES BY FELODIPINE VIA A CALCIUM-INDEPENDENT MECHANISM, Pflugers Archiv, 431(1), 1995, pp. 20-27
Risultati: 1-10 |