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Results: 1-14 |
Results: 14
THE EFFECT OF ELEVATED EXTRACELLULAR GLUCOSE ON MIGRATION, ADHESION AND PROLIFERATION OF SV40-TRANSFORMED HUMAN CORNEAL EPITHELIAL-CELLS
Authors: MCDERMOTT AM KERN TS MURPHY CJ
Citation: Am. Mcdermott et al., THE EFFECT OF ELEVATED EXTRACELLULAR GLUCOSE ON MIGRATION, ADHESION AND PROLIFERATION OF SV40-TRANSFORMED HUMAN CORNEAL EPITHELIAL-CELLS, Current eye research (Print), 17(9), 1998, pp. 924-932
EFFECT OF ELEVATED EXTRACELLULAR GLUCOSE ON ADHESION AND MIGRATION OFSV40-TRANSFORMED HUMAN CORNEAL EPITHELIAL-CELLS
Authors: MCDERMOTT AM KERN TS MURPHY CJ
Citation: Am. Mcdermott et al., EFFECT OF ELEVATED EXTRACELLULAR GLUCOSE ON ADHESION AND MIGRATION OFSV40-TRANSFORMED HUMAN CORNEAL EPITHELIAL-CELLS, Investigative ophthalmology & visual science, 38(4), 1997, pp. 1898-1898
CHEMICAL CROSS-LINKING OF PLECKSTRIN IN HUMAN PLATELETS - EVIDENCE FOR OLIGOMERIZATION OF THE PROTEIN AND ITS DISSOCIATION BY PROTEIN-KINASE-C
Authors: MCDERMOTT AM HASLAM RJ
Citation: Am. Mcdermott et Rj. Haslam, CHEMICAL CROSS-LINKING OF PLECKSTRIN IN HUMAN PLATELETS - EVIDENCE FOR OLIGOMERIZATION OF THE PROTEIN AND ITS DISSOCIATION BY PROTEIN-KINASE-C, Biochemical journal, 317, 1996, pp. 119-124
NORADRENALINE INDUCES SUPERSENSITIVITY OF ADENYLYL-CYCLASE IN NG108-15 AND HT29-18 CELLS BUT NOT IN THE BETA-CELL RINM5F
Authors: MCDERMOTT AM SHARP GWG
Citation: Am. Mcdermott et Gwg. Sharp, NORADRENALINE INDUCES SUPERSENSITIVITY OF ADENYLYL-CYCLASE IN NG108-15 AND HT29-18 CELLS BUT NOT IN THE BETA-CELL RINM5F, Cellular signalling, 7(3), 1995, pp. 277-285
CHEMICAL CROSS-LINKING OF PLECKSTRIN TO OTHER PLATELET PROTEINS
Authors: MCDERMOTT AM HASLAM RJ
Citation: Am. Mcdermott et Rj. Haslam, CHEMICAL CROSS-LINKING OF PLECKSTRIN TO OTHER PLATELET PROTEINS, The FASEB journal, 9(4), 1995, pp. 948-948
SODIUM-FLUORIDE STIMULATES EXOCYTOSIS AT A LATE SITE OF CALCIUM INTERACTION IN STIMULUS-SECRETION COUPLING - STUDIES WITH THE RINM5F BETA-CELL LINE
Authors: KOMATSU M MCDERMOTT AM SHARP GWG
Citation: M. Komatsu et al., SODIUM-FLUORIDE STIMULATES EXOCYTOSIS AT A LATE SITE OF CALCIUM INTERACTION IN STIMULUS-SECRETION COUPLING - STUDIES WITH THE RINM5F BETA-CELL LINE, Molecular pharmacology, 47(3), 1995, pp. 496-508
TIME-COURSE OF ACTION OF PERTUSSIS TOXIN TO BLOCK THE INHIBITION OF STIMULATED INSULIN RELEASE BY NOREPINEPHRINE
Authors: KOMATSU M MCDERMOTT AM GILLISON SL SHARP GWG
Citation: M. Komatsu et al., TIME-COURSE OF ACTION OF PERTUSSIS TOXIN TO BLOCK THE INHIBITION OF STIMULATED INSULIN RELEASE BY NOREPINEPHRINE, Endocrinology, 136(5), 1995, pp. 1857-1863
G(I2) AND G(I3) PROTEINS MEDIATE THE INHIBITION OF ADENYLYL-CYCLASE BY GALANIN IN THE RINM5F CELL
Authors: MCDERMOTT AM SHARP GWG
Citation: Am. Mcdermott et Gwg. Sharp, G(I2) AND G(I3) PROTEINS MEDIATE THE INHIBITION OF ADENYLYL-CYCLASE BY GALANIN IN THE RINM5F CELL, Diabetes, 44(4), 1995, pp. 453-459
ALL OF THE EFFECT OF NOREPINEPHRINE TO INHIBIT INSULIN RELEASE IS PERTUSSIS-TOXIN-SENSITIVE
Authors: SHARP GWG KOMATSU M MCDERMOTT AM GILLISON SL
Citation: Gwg. Sharp et al., ALL OF THE EFFECT OF NOREPINEPHRINE TO INHIBIT INSULIN RELEASE IS PERTUSSIS-TOXIN-SENSITIVE, Diabetologia, 37, 1994, pp. 10000021-10000021
SODIUM-FLUORIDE EVOKES EXOCYTOSIS IN THE INSULIN-SECRETING BETA-CELL LINE RINM5F, AT A LATE SITE OF CALCIUM INTERACTION IN STIMULUS-SECRETION COUPLING
Authors: KOMATSU M MCDERMOTT AM SHARP GWG
Citation: M. Komatsu et al., SODIUM-FLUORIDE EVOKES EXOCYTOSIS IN THE INSULIN-SECRETING BETA-CELL LINE RINM5F, AT A LATE SITE OF CALCIUM INTERACTION IN STIMULUS-SECRETION COUPLING, Diabetes, 43, 1994, pp. 10000246-10000246
INHIBITION OF INSULIN-SECRETION - A FAIL-SAFE SYSTEM
Authors: MCDERMOTT AM SHARP GWG
Citation: Am. Mcdermott et Gwg. Sharp, INHIBITION OF INSULIN-SECRETION - A FAIL-SAFE SYSTEM, Cellular signalling, 5(3), 1993, pp. 229-234
MASTOPARAN STIMULATES EXOCYTOSIS AT A CA2-INDEPENDENT LATE SITE IN STIMULUS-SECRETION COUPLING - STUDIES WITH THE RINM5F BETA-CELL LINE()
Authors: KOMATSU M MCDERMOTT AM GILLISON SL SHARP GWG
Citation: M. Komatsu et al., MASTOPARAN STIMULATES EXOCYTOSIS AT A CA2-INDEPENDENT LATE SITE IN STIMULUS-SECRETION COUPLING - STUDIES WITH THE RINM5F BETA-CELL LINE(), The Journal of biological chemistry, 268(31), 1993, pp. 23297-23306
MASTOPARAN, A G-PROTEIN ACTIVATOR, STIMULATES INSULIN-SECRETION IN THE RINM5F CELL BY AN ACTION AT A DISTAL SITE IN STIMULUS-SECRETION COUPLING
Authors: KOMATSU M MCDERMOTT AM GILLISON SL SHARP GWG
Citation: M. Komatsu et al., MASTOPARAN, A G-PROTEIN ACTIVATOR, STIMULATES INSULIN-SECRETION IN THE RINM5F CELL BY AN ACTION AT A DISTAL SITE IN STIMULUS-SECRETION COUPLING, Diabetologia, 36, 1993, pp. 10000109-10000109
EVIDENCE FOR A ROLE FOR G(I-3) IN THE HORMONAL INHIBITION OF ADENYLYL-CYCLASE IN RINM5F CELLS
Authors: MCDERMOTT AM SHARP GWG
Citation: Am. Mcdermott et Gwg. Sharp, EVIDENCE FOR A ROLE FOR G(I-3) IN THE HORMONAL INHIBITION OF ADENYLYL-CYCLASE IN RINM5F CELLS, Diabetologia, 36, 1993, pp. 10000111-10000111
Risultati: 1-14 |