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Results: 1-11 |
Results: 11
ECTOPIC EXPRESSION OF FGF-4 IN CHIMERIC MOUSE EMBRYOS INDUCES THE EXPRESSION OF EARLY MARKERS OF LIMB DEVELOPMENT IN THE LATERAL RIDGE
Authors: ABUD HE SKINNER JA MCDONALD FJ BEDFORD MT LONAI P HEATH JK
Citation: He. Abud et al., ECTOPIC EXPRESSION OF FGF-4 IN CHIMERIC MOUSE EMBRYOS INDUCES THE EXPRESSION OF EARLY MARKERS OF LIMB DEVELOPMENT IN THE LATERAL RIDGE, Developmental genetics, 19(1), 1996, pp. 51-65
LIDDLES SYNDROME MUTATIONS INCREASE ACTIVITY OF THE EPITHELIAL NA+ CHANNEL
Authors: MCDONALD FJ SNYDER PM PRICE MP WELSH MJ
Citation: Fj. Mcdonald et al., LIDDLES SYNDROME MUTATIONS INCREASE ACTIVITY OF THE EPITHELIAL NA+ CHANNEL, Molecular biology of the cell, 6, 1995, pp. 310-310
ENAC IS THE PREDOMINANT NA+ CHANNEL IN THE APICAL MEMBRANE OF THE RATRENAL INNER MEDULLARY COLLECTING DUCT
Authors: VOLK KA SIGMUND RD SNYDER PM MCDONALD FJ WELSH MJ STOKES JB
Citation: Ka. Volk et al., ENAC IS THE PREDOMINANT NA+ CHANNEL IN THE APICAL MEMBRANE OF THE RATRENAL INNER MEDULLARY COLLECTING DUCT, Journal of the American Society of Nephrology, 6(3), 1995, pp. 355-355
CLONING AND EXPRESSION OF THE BETA-SUBUNIT AND GAMMA-SUBUNIT OF THE HUMAN EPITHELIAL SODIUM-CHANNEL
Authors: MCDONALD FJ PRICE MP SNYDER PM WELSH MJ
Citation: Fj. Mcdonald et al., CLONING AND EXPRESSION OF THE BETA-SUBUNIT AND GAMMA-SUBUNIT OF THE HUMAN EPITHELIAL SODIUM-CHANNEL, American journal of physiology. Cell physiology, 37(5), 1995, pp. 1157-1163
BINDING OF THE PROLINE-RICH REGION OF THE EPITHELIAL NA+ CHANNEL TO SH3 DOMAINS AND ITS ASSOCIATION WITH SPECIFIC CELLULAR PROTEINS
Authors: MCDONALD FJ WELSH MJ
Citation: Fj. Mcdonald et Mj. Welsh, BINDING OF THE PROLINE-RICH REGION OF THE EPITHELIAL NA+ CHANNEL TO SH3 DOMAINS AND ITS ASSOCIATION WITH SPECIFIC CELLULAR PROTEINS, Biochemical journal, 312, 1995, pp. 491-497
MECHANISM BY WHICH LIDDLES SYNDROME MUTATIONS INCREASE ACTIVITY OF A HUMAN EPITHELIAL NA+ CHANNEL
Authors: SNYDER PM PRICE MP MCDONALD FJ ADAMS CM VOLK KA ZEIHER BG STOKES JB WELSH MJ
Citation: Pm. Snyder et al., MECHANISM BY WHICH LIDDLES SYNDROME MUTATIONS INCREASE ACTIVITY OF A HUMAN EPITHELIAL NA+ CHANNEL, Cell, 83(6), 1995, pp. 969-978
ONTOGENY AND REGULATION OF EXPRESSION OF THE AMILORIDE-SENSITIVE EPITHELIAL SODIUM-CHANNEL (HENAC) SUBUNITS IN HUMAN LUNG
Authors: MCCRAY PB GOODNO S GRAEFF RW ACARREGUI MJ MCDONALD FJ PRICE MP WELSH MJ
Citation: Pb. Mccray et al., ONTOGENY AND REGULATION OF EXPRESSION OF THE AMILORIDE-SENSITIVE EPITHELIAL SODIUM-CHANNEL (HENAC) SUBUNITS IN HUMAN LUNG, Pediatric research, 37(4), 1995, pp. 342-342
RENAC IS THE PREDOMINANT NA+ CHANNEL IN THE APICAL MEMBRANE OF THE RAT RENAL INNER MEDULLARY COLLECTING DUCT
Authors: VOLK KA SIGMUND RD SNYDER PM MCDONALD FJ WELSH MJ STOKES JB
Citation: Ka. Volk et al., RENAC IS THE PREDOMINANT NA+ CHANNEL IN THE APICAL MEMBRANE OF THE RAT RENAL INNER MEDULLARY COLLECTING DUCT, The Journal of clinical investigation, 96(6), 1995, pp. 2748-2757
DEVELOPMENTALLY-REGULATED EXPRESSION OF FIBROBLAST GROWTH-FACTOR RECEPTOR GENES AND SPLICE VARIANTS BY MURINE EMBRYONIC STEM AND EMBRYONAL CARCINOMA-CELLS
Authors: MCDONALD FJ HEATH JK
Citation: Fj. Mcdonald et Jk. Heath, DEVELOPMENTALLY-REGULATED EXPRESSION OF FIBROBLAST GROWTH-FACTOR RECEPTOR GENES AND SPLICE VARIANTS BY MURINE EMBRYONIC STEM AND EMBRYONAL CARCINOMA-CELLS, Developmental genetics, 15(2), 1994, pp. 148-154
MEMBRANE TOPOLOGY OF THE AMILORIDE-SENSITIVE EPITHELIAL SODIUM-CHANNEL
Authors: SNYDER PM MCDONALD FJ STOKES JB WELSH MJ
Citation: Pm. Snyder et al., MEMBRANE TOPOLOGY OF THE AMILORIDE-SENSITIVE EPITHELIAL SODIUM-CHANNEL, The Journal of biological chemistry, 269(39), 1994, pp. 24379-24383
CLONING, EXPRESSION, AND TISSUE DISTRIBUTION OF A HUMAN AMILORIDE-SENSITIVE NA+ CHANNEL
Authors: MCDONALD FJ SNYDER PM MCCRAY PB WELSH MJ
Citation: Fj. Mcdonald et al., CLONING, EXPRESSION, AND TISSUE DISTRIBUTION OF A HUMAN AMILORIDE-SENSITIVE NA+ CHANNEL, The American journal of physiology, 266(6), 1994, pp. 120000728-120000734
Risultati: 1-11 |