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Results: 1-7 |
Results: 7
PDGF-BB INCREASES ENDOTHELIAL MIGRATION AND CORD MOVEMENTS DURING ANGIOGENESIS IN-VITRO
Authors: THOMMEN R HUMAR R MISEVIC G PEPPER MS HAHN AWA JOHN M BATTEGAY EJ
Citation: R. Thommen et al., PDGF-BB INCREASES ENDOTHELIAL MIGRATION AND CORD MOVEMENTS DURING ANGIOGENESIS IN-VITRO, Journal of cellular biochemistry, 64(3), 1997, pp. 403-413
SULFATE MEDIATED PROTEOGLYCAN SECRETION AND CELL MOTILITY - STUDIES ON THE MARINE SPONGE, MICROCIONA-PROLIFERA
Authors: KUHNS WJ POPESCU O BURGER MM MISEVIC G
Citation: Wj. Kuhns et al., SULFATE MEDIATED PROTEOGLYCAN SECRETION AND CELL MOTILITY - STUDIES ON THE MARINE SPONGE, MICROCIONA-PROLIFERA, Molecular biology of the cell, 7, 1996, pp. 2430-2430
MASKING EFFECTS OF SULFATE UPON MICROCIONA SPONGE CELL CARBOHYDRATES - A LECTIN HISTOCHEMICAL-STUDY
Authors: KALTENBACH JC HUDOCK KM BURGER MM MISEVIC G KUHNS WJ
Citation: Jc. Kaltenbach et al., MASKING EFFECTS OF SULFATE UPON MICROCIONA SPONGE CELL CARBOHYDRATES - A LECTIN HISTOCHEMICAL-STUDY, The Biological bulletin, 191(2), 1996, pp. 296-297
SULFATE RESTRICTION INDUCES HYPOSECRETION OF THE ADHESION PROTEOGLYCAN AND CELL HYPOMOTILITY ASSOCIATED WITH INCREASED (SO4(2-))-S-35 UPTAKE AND EXPRESSION OF A BAND-3 LIKE PROTEIN IN THE MARINE SPONGE, MICROCIONA-PROLIFERA
Authors: KUHNS WJ POPESCU O BURGER MM MISEVIC G
Citation: Wj. Kuhns et al., SULFATE RESTRICTION INDUCES HYPOSECRETION OF THE ADHESION PROTEOGLYCAN AND CELL HYPOMOTILITY ASSOCIATED WITH INCREASED (SO4(2-))-S-35 UPTAKE AND EXPRESSION OF A BAND-3 LIKE PROTEIN IN THE MARINE SPONGE, MICROCIONA-PROLIFERA, Journal of cellular biochemistry, 57(1), 1995, pp. 71-89
CHARACTERIZATION OF A NOVEL SULFATED CARBOHYDRATE UNIT IMPLICATED IN THE CARBOHYDRATE-CARBOHYDRATE-MEDIATED CELL-AGGREGATION OF THE MARINE SPONGE MICROCIONA-PROLIFERA
Authors: SPILLMANN D THOMASOATES JE VANKUIK JA VLIEGENTHART JFG MISEVIC G BURGER MM FINNE J
Citation: D. Spillmann et al., CHARACTERIZATION OF A NOVEL SULFATED CARBOHYDRATE UNIT IMPLICATED IN THE CARBOHYDRATE-CARBOHYDRATE-MEDIATED CELL-AGGREGATION OF THE MARINE SPONGE MICROCIONA-PROLIFERA, The Journal of biological chemistry, 270(10), 1995, pp. 5089-5097
SULFOTRANSFERASE ACTIVITIES IN THE MARINE SPONGE MICROCIONA-PROLIFERA- CORRELATION WITH SULFATED GLYCAN ADHESIVE STRUCTURES
Authors: KUHNS WJ BURGER MM MISEVIC G
Citation: Wj. Kuhns et al., SULFOTRANSFERASE ACTIVITIES IN THE MARINE SPONGE MICROCIONA-PROLIFERA- CORRELATION WITH SULFATED GLYCAN ADHESIVE STRUCTURES, The Biological bulletin, 189(2), 1995, pp. 223-225
CHARACTERIZATION OF A NOVEL PYRUVYLATED CARBOHYDRATE UNIT IMPLICATED IN THE CELL-AGGREGATION OF THE MARINE SPONGE MICROCIONA-PROLIFERA
Authors: SPILLMANN D HARD K THOMASOATES J VLIEGENTHART JFG MISEVIC G BURGER MM FINNE J
Citation: D. Spillmann et al., CHARACTERIZATION OF A NOVEL PYRUVYLATED CARBOHYDRATE UNIT IMPLICATED IN THE CELL-AGGREGATION OF THE MARINE SPONGE MICROCIONA-PROLIFERA, The Journal of biological chemistry, 268(18), 1993, pp. 3378-3387
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