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Results: 1-8 |
Results: 8
MOLECULAR-IDENTIFICATION AND EXPRESSION OF ERYTHROID K-CL COTRANSPORTER IN HUMAN AND MOUSE ERYTHROLEUKEMIC CELLS
Authors: PELLEGRINO CM RYBICKI AC MUSTO S NAGEL RL SCHWARTZ RS
Citation: Cm. Pellegrino et al., MOLECULAR-IDENTIFICATION AND EXPRESSION OF ERYTHROID K-CL COTRANSPORTER IN HUMAN AND MOUSE ERYTHROLEUKEMIC CELLS, Blood cells, molecules, & diseases, 24(3), 1998, pp. 31-40
MOLECULAR-IDENTIFICATION OF A VOLUME-SENSITIVE CHLORIDE CHANNEL PROTEIN, PI(CLA), FROM HUMAN ERYTHROCYTES AND ITS ASSOCIATION WITH ACTIN - MODEL FOR ERYTHROCYTE VOLUME REGULATION
Authors: SCHWARTZ RS RYBICKI AC MUSTO S NAGEL RL
Citation: Rs. Schwartz et al., MOLECULAR-IDENTIFICATION OF A VOLUME-SENSITIVE CHLORIDE CHANNEL PROTEIN, PI(CLA), FROM HUMAN ERYTHROCYTES AND ITS ASSOCIATION WITH ACTIN - MODEL FOR ERYTHROCYTE VOLUME REGULATION, Blood, 88(10), 1996, pp. 1836-1836
BW-755C DIMINISHES SMOKE-INDUCED PULMONARY-EDEMA
Authors: HALES CA MUSTO S HUTCHISON WG MAHONEY E
Citation: Ca. Hales et al., BW-755C DIMINISHES SMOKE-INDUCED PULMONARY-EDEMA, Journal of applied physiology, 78(1), 1995, pp. 64-69
IDENTIFICATION OF A BAND-3 BINDING-SITE NEAR THE N-TERMINUS OF ERYTHROCYTE-MEMBRANE PROTEIN-4.2
Authors: RYBICKI AC MUSTO S SCHWARTZ RS
Citation: Ac. Rybicki et al., IDENTIFICATION OF A BAND-3 BINDING-SITE NEAR THE N-TERMINUS OF ERYTHROCYTE-MEMBRANE PROTEIN-4.2, Biochemical journal, 309, 1995, pp. 677-681
DECREASED CONTENT OF PROTEIN-4.2 IN ANKYRIN-DEFICIENT NORMOBLASTOSIS (NB NB) MOUSE RED-BLOOD-CELLS - EVIDENCE FOR ANKYRIN ENHANCEMENT OF PROTEIN-4.2 MEMBRANE-BINDING/
Authors: RYBICKI AC MUSTO S SCHWARTZ RS
Citation: Ac. Rybicki et al., DECREASED CONTENT OF PROTEIN-4.2 IN ANKYRIN-DEFICIENT NORMOBLASTOSIS (NB NB) MOUSE RED-BLOOD-CELLS - EVIDENCE FOR ANKYRIN ENHANCEMENT OF PROTEIN-4.2 MEMBRANE-BINDING/, Blood, 86(9), 1995, pp. 3583-3589
RIBOZYME SUPPRESSION OF PROTEIN 4.2 IN CULTURED MOUSE MELANOCYTES INHIBITS MELANOGENESIS
Authors: RYBICKI AC GILMAN JG MUSTO S SCHWARTZ RS
Citation: Ac. Rybicki et al., RIBOZYME SUPPRESSION OF PROTEIN 4.2 IN CULTURED MOUSE MELANOCYTES INHIBITS MELANOGENESIS, Blood, 84(10), 1994, pp. 10000007-10000007
ABNORMALITIES IN SICKLE RED-CELL MEMBRANE THIOL AND DEFORMABILITY STATUS IN DEHYDRATED CELLS FORMED BY REPETITIVE IN-VITRO CYCLIC OXYGENATION-DEOXYGENATION
Authors: SCHWARTZ RS MUSTO S YATCO E BENJAMIN LJ
Citation: Rs. Schwartz et al., ABNORMALITIES IN SICKLE RED-CELL MEMBRANE THIOL AND DEFORMABILITY STATUS IN DEHYDRATED CELLS FORMED BY REPETITIVE IN-VITRO CYCLIC OXYGENATION-DEOXYGENATION, Blood, 82(10), 1993, pp. 10000351-10000351
HUMAN ERYTHROCYTE PROTEIN 4.2 DEFICIENCY ASSOCIATED WITH HEMOLYTIC-ANEMIA AND A HOMOZYGOUS (40)GLUTAMIC ACID -] LYSINE SUBSTITUTION IN THE CYTOPLASMIC DOMAIN OF BAND 3 (BAND 3MONTEFIORE)
Authors: RYBICKI AC QIU JJH MUSTO S ROSEN NL NAGEL RL SCHWARTZ RS
Citation: Ac. Rybicki et al., HUMAN ERYTHROCYTE PROTEIN 4.2 DEFICIENCY ASSOCIATED WITH HEMOLYTIC-ANEMIA AND A HOMOZYGOUS (40)GLUTAMIC ACID -] LYSINE SUBSTITUTION IN THE CYTOPLASMIC DOMAIN OF BAND 3 (BAND 3MONTEFIORE), Blood, 81(8), 1993, pp. 2155-2165
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