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Results: 10

Authors: SCHWARZBAUER JE BRENNER K SECHLER JL CORBETT SA
Citation: Je. Schwarzbauer et al., ROLE OF INTRACELLULAR SIGNALING IN FIBRONECTIN (FN) MATRIX FUNCTION, Molecular biology of the cell, 9, 1998, pp. 1501-1501

Authors: SECHLER JL SCHWARZBAUER JE
Citation: Jl. Sechler et Je. Schwarzbauer, REGULATION OF G1 CELL-CYCLE PROGRESSION BY ASSEMBLY OF A FIBRONECTIN MATRIX, Matrix biology, 17(2), 1998, pp. 160-161

Authors: SECHLER JL SCHWARZBAUER JE
Citation: Jl. Sechler et Je. Schwarzbauer, FIBRONECTIN MATRIX STRUCTURE CAN CONTROL TRANSFORMED-CELL GROWTH, The FASEB journal, 12(4), 1998, pp. 276-276

Authors: SECHLER JL SCHWARZBAUER JE
Citation: Jl. Sechler et Je. Schwarzbauer, CONTROL OF CELL-CYCLE PROGRESSION BY FIBRONECTIN MATRIX ARCHITECTURE, The Journal of biological chemistry, 273(40), 1998, pp. 25533-25536

Authors: SECHLER JL SCHWARZBAUER JE
Citation: Jl. Sechler et Je. Schwarzbauer, REGULATION OF CELL-GROWTH BY ASSEMBLY OF A FIBRONECTIN MATRIX, Molecular biology of the cell, 8, 1997, pp. 1657-1657

Authors: SECHLER JL CORBETT SA SCHWARZBAUER JE
Citation: Jl. Sechler et al., MODULATORY ROLES FOR INTEGRIN ACTIVATION AND THE SYNERGY SITE OF FIBRONECTIN DURING MATRIX ASSEMBLY, Molecular biology of the cell, 8(12), 1997, pp. 2563-2573

Authors: SECHLER JL SCHWARZBAUER JE
Citation: Jl. Sechler et Je. Schwarzbauer, COORDINATED REGULATION OF FIBRONECTIN FIBRIL ASSEMBLY AND ACTIN STRESS FIBER FORMATION, Cell adhesion and communication, 4(6), 1996, pp. 413-424

Authors: SECHLER JL TAKADA Y SCHWARZBAUER JE
Citation: Jl. Sechler et al., ALTERED RATE OF FIBRONECTIN MATRIX ASSEMBLY BY DELETION OF THE FIRST TYPE-III REPEATS, The Journal of cell biology, 134(2), 1996, pp. 573-583

Authors: SECHLER JL TAKADA Y SCHWARZBAUER JE
Citation: Jl. Sechler et al., INITIATION OF FIBRONECTIN MATRIX ASSEMBLY REQUIRES TH RGD SEQUENCE BUT PROCEEDS INDEPENDENT OF THE FIBRONECTIN-BINDING SITE IN REPEAT III1, Molecular biology of the cell, 6, 1995, pp. 2217-2217

Authors: WYDNER KS SECHLER JL BOYD CD PASSMORE HC
Citation: Ks. Wydner et al., USE OF AN INTRON LENGTH POLYMORPHISM TO LOCALIZE THE TROPOELASTIN GENE TO MOUSE CHROMOSOME-5 IN A REGION OF LINKAGE CONSERVATION WITH HUMAN-CHROMOSOME 7, Genomics, 23(1), 1994, pp. 125-131
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