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Results: 1-16 |
Results: 16
METHYLMERCURY-INDUCED INHIBITION OF REGULATORY VOLUME DECREASE IN ASTROCYTES - CHARACTERIZATION OF OSMOREGULATOR EFFLUX AND ITS REVERSAL BYAMILORIDE
Authors: ASCHNER M VITARELLA D ALLEN JW CONKLIN DR COWAN KS
Citation: M. Aschner et al., METHYLMERCURY-INDUCED INHIBITION OF REGULATORY VOLUME DECREASE IN ASTROCYTES - CHARACTERIZATION OF OSMOREGULATOR EFFLUX AND ITS REVERSAL BYAMILORIDE, Brain research, 811(1-2), 1998, pp. 133-142
METHYLMERCURY-INDUCED ASTROCYTIC SWELLING IS ASSOCIATED WITH ACTIVATION OF THE NA+ H+ ANTIPORTER, AND IS FULLY REVERSED BY AMILORIDE/
Authors: ASCHNER M VITARELLA D ALLEN JW CONKLIN DR COWAN KS
Citation: M. Aschner et al., METHYLMERCURY-INDUCED ASTROCYTIC SWELLING IS ASSOCIATED WITH ACTIVATION OF THE NA+ H+ ANTIPORTER, AND IS FULLY REVERSED BY AMILORIDE/, Brain research, 799(2), 1998, pp. 207-214
REGULATORY VOLUME DECREASE IN PRIMARY ASTROCYTE CULTURES - RELEVANCE TO METHYLMERCURY NEUROTOXICITY
Authors: VITARELLA D KIMELBERG HK ASCHNER M
Citation: D. Vitarella et al., REGULATORY VOLUME DECREASE IN PRIMARY ASTROCYTE CULTURES - RELEVANCE TO METHYLMERCURY NEUROTOXICITY, Neurotoxicology, 17(1), 1996, pp. 117-123
INHIBITION OF REGULATORY VOLUME DECREASE IN SWOLLEN RAT PRIMARY ASTROCYTE CULTURES BY METHYLMERCURY IS DUE TO INCREASED NA+ UPTAKE
Authors: VITARELLA D KIMELBERG HK ASCHNER M
Citation: D. Vitarella et al., INHIBITION OF REGULATORY VOLUME DECREASE IN SWOLLEN RAT PRIMARY ASTROCYTE CULTURES BY METHYLMERCURY IS DUE TO INCREASED NA+ UPTAKE, Journal of neurochemistry, 66, 1996, pp. 18-18
METALLOTHIONEIN INDUCTION PROTECTS SWOLLEN RAT PRIMARY ASTROCYTE CULTURES FROM METHYLMERCURY-INDUCED INHIBITION OF REGULATORY VOLUME DECREASE
Authors: VITARELLA D CONKLIN DR KIMELBERG HK ASCHNER M
Citation: D. Vitarella et al., METALLOTHIONEIN INDUCTION PROTECTS SWOLLEN RAT PRIMARY ASTROCYTE CULTURES FROM METHYLMERCURY-INDUCED INHIBITION OF REGULATORY VOLUME DECREASE, Brain research, 738(2), 1996, pp. 213-221
INHIBITION OF REGULATORY VOLUME DECREASE IN SWOLLEN RAT PRIMARY ASTROCYTE CULTURES BY METHYLMERCURY IS DUE TO INCREASED AMILORIDE-SENSITIVENA+ UPTAKE
Authors: VITARELLA D KIMELBERG HK ASCHNER M
Citation: D. Vitarella et al., INHIBITION OF REGULATORY VOLUME DECREASE IN SWOLLEN RAT PRIMARY ASTROCYTE CULTURES BY METHYLMERCURY IS DUE TO INCREASED AMILORIDE-SENSITIVENA+ UPTAKE, Brain research, 732(1-2), 1996, pp. 169-178
METALLOTHIONEIN INDUCTION IN NEONATAL RAT PRIMARY ASTROCYTE CULTURES PROTECTS AGAINST METHYLMERCURY CYTOTOXICITY
Authors: RISING L VITARELLA D KIMELBERG HK ASCHNER M
Citation: L. Rising et al., METALLOTHIONEIN INDUCTION IN NEONATAL RAT PRIMARY ASTROCYTE CULTURES PROTECTS AGAINST METHYLMERCURY CYTOTOXICITY, Journal of neurochemistry, 65(4), 1995, pp. 1562-1568
CADMIUM CHLORIDE (CDCL2)-INDUCED METALLOTHIONEIN (MT) EXPRESSION IN NEONATAL RAT PRIMARY ASTROCYTE CULTURES
Authors: RISING L VITARELLA D KIMELBERG HK ASCHNER M
Citation: L. Rising et al., CADMIUM CHLORIDE (CDCL2)-INDUCED METALLOTHIONEIN (MT) EXPRESSION IN NEONATAL RAT PRIMARY ASTROCYTE CULTURES, Brain research, 678(1-2), 1995, pp. 91-98
ASTROCYTES AS POTENTIAL MODULATORS OF MERCURIC-CHLORIDE NEUROTOXICITY
Authors: ASCHNER M MULLANEY KJ FEHM MN WAGONER DE VITARELLA D
Citation: M. Aschner et al., ASTROCYTES AS POTENTIAL MODULATORS OF MERCURIC-CHLORIDE NEUROTOXICITY, Cellular and molecular neurobiology, 14(6), 1994, pp. 637-652
POTASSIUM AND TAURINE RELEASE ARE HIGHLY CORRELATED WITH REGULATORY VOLUME DECREASE IN NEONATAL PRIMARY RAT ASTROCYTE CULTURES
Authors: VITARELLA D DIRISIO DJ KIMELBERG HK ASCHNER M
Citation: D. Vitarella et al., POTASSIUM AND TAURINE RELEASE ARE HIGHLY CORRELATED WITH REGULATORY VOLUME DECREASE IN NEONATAL PRIMARY RAT ASTROCYTE CULTURES, Journal of neurochemistry, 63(3), 1994, pp. 1143-1149
-SH GROUPS AND THE RELEASE OF D-ASPARTATE AND RUBIDIUM FROM ASTROCYTES
Authors: ASCHNER M MULLANEY KJ VITARELLA D KIMELBERG HK
Citation: M. Aschner et al., -SH GROUPS AND THE RELEASE OF D-ASPARTATE AND RUBIDIUM FROM ASTROCYTES, Journal of neurochemistry, 62, 1994, pp. 190000110-190000110
THE ROLE OF SULFHYDRYL-GROUPS IN D-ASPARTATE AND RUBIDIUM RELEASE FROM NEONATAL RAT PRIMARY ASTROCYTE CULTURES
Authors: ASCHNER M MULLANEY KJ FEHM MN VITARELLA D WAGONER DE KIMELBERG HK
Citation: M. Aschner et al., THE ROLE OF SULFHYDRYL-GROUPS IN D-ASPARTATE AND RUBIDIUM RELEASE FROM NEONATAL RAT PRIMARY ASTROCYTE CULTURES, Brain research, 648(1), 1994, pp. 16-23
THE ROLE OF -SH GROUPS IN METHYLMERCURIC CHLORIDE-INDUCED D-ASPARTATEAND RUBIDIUM RELEASE FROM RAT PRIMARY ASTROCYTE CULTURES
Authors: MULLANEY KJ FEHM MN VITARELLA D WAGONER DE ASCHNER M
Citation: Kj. Mullaney et al., THE ROLE OF -SH GROUPS IN METHYLMERCURIC CHLORIDE-INDUCED D-ASPARTATEAND RUBIDIUM RELEASE FROM RAT PRIMARY ASTROCYTE CULTURES, Brain research, 641(1), 1994, pp. 1-9
STIMULATION OF D-ASPARTATE EFFLUX BY MERCURIC-CHLORIDE FROM RAT PRIMARY ASTROCYTE CULTURES
Authors: MULLANEY KJ VITARELLA D ALBRECHT J KIMELBERG HK ASCHNER M
Citation: Kj. Mullaney et al., STIMULATION OF D-ASPARTATE EFFLUX BY MERCURIC-CHLORIDE FROM RAT PRIMARY ASTROCYTE CULTURES, Developmental brain research, 75(2), 1993, pp. 261-268
RELEASE OF K- AND NEUROTRANSMITTER AMINO-ACID FROM ASTROCYTES DUE TO SWELLING(, CL)
Authors: KIMELBERG HK OCONNOR ER VITARELLA D ASCHNER M
Citation: Hk. Kimelberg et al., RELEASE OF K- AND NEUROTRANSMITTER AMINO-ACID FROM ASTROCYTES DUE TO SWELLING(, CL), Journal of neurochemistry, 61, 1993, pp. 190000199-190000199
LEAD INCREASES INOSITOL 1,4,5-TRISPHOSPHATE LEVELS BUT DOES NOT INTERFERE WITH CALCIUM TRANSIENTS IN PRIMARY RAT ASTROCYTES
Authors: DAVE V VITARELLA D ASCHNER JL FLETCHER P KIMELBERG HK ASCHNER M
Citation: V. Dave et al., LEAD INCREASES INOSITOL 1,4,5-TRISPHOSPHATE LEVELS BUT DOES NOT INTERFERE WITH CALCIUM TRANSIENTS IN PRIMARY RAT ASTROCYTES, Brain research, 618(1), 1993, pp. 9-18
Risultati: 1-16 |