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Results: 1-9 |
Results: 9
HIV-INDUCED T-CELL SYNCYTIA ARE MOTILE, INVASIVE, DESTRUCTIVE AND SEDUCTIVE
Authors: DANIELS KJ SHUTT DC STAPLETON JT WOOD A MCCOY J WESSELS D CAROLAN EJ JENKINS LM SOLL DR
Citation: Kj. Daniels et al., HIV-INDUCED T-CELL SYNCYTIA ARE MOTILE, INVASIVE, DESTRUCTIVE AND SEDUCTIVE, Molecular biology of the cell, 9, 1998, pp. 2331-2331
T-CELL SYNCYTIA INDUCED BY HIV RELEASE - T-CELL CHEMOATTRACTANTS - DEMONSTRATION WITH A NEWLY DEVELOPED SINGLE-CELL CHEMOTAXIS CHAMBER
Authors: SHUTT DC JENKINS LM CAROLAN EJ STAPLETON J DANIELS KJ KENNEDY RC SOLL DR
Citation: Dc. Shutt et al., T-CELL SYNCYTIA INDUCED BY HIV RELEASE - T-CELL CHEMOATTRACTANTS - DEMONSTRATION WITH A NEWLY DEVELOPED SINGLE-CELL CHEMOTAXIS CHAMBER, Journal of Cell Science, 111, 1998, pp. 99-109
PEG-INDUCED T-CELL SYNCYTIA MIMIC THE UNIQUE SINGLE-CELL MOTILITY BEHAVIOR OF HIV-INDUCED T-CELL SYNCYTIA BUT DO NOT UNDERGO APOPTOSIS
Authors: DANIELS KJ WOOD A VADAKKAN C SHUTT DC MCCOY J WANG G CAROLAN EJ SOLL DR
Citation: Kj. Daniels et al., PEG-INDUCED T-CELL SYNCYTIA MIMIC THE UNIQUE SINGLE-CELL MOTILITY BEHAVIOR OF HIV-INDUCED T-CELL SYNCYTIA BUT DO NOT UNDERGO APOPTOSIS, Molecular biology of the cell, 8, 1997, pp. 1540-1540
HIV-INDUCED T-CELL SYNCYTIA ARE MOBILE AND RELEASE A TRADITIONAL CHEMOATTRACTANT TO RECRUIT INDIVIDUAL T-CELLS FOR FUSION
Authors: SHUTT DC DANIELS KJ SOLL DR
Citation: Dc. Shutt et al., HIV-INDUCED T-CELL SYNCYTIA ARE MOBILE AND RELEASE A TRADITIONAL CHEMOATTRACTANT TO RECRUIT INDIVIDUAL T-CELLS FOR FUSION, Molecular biology of the cell, 7, 1996, pp. 1352-1352
OVEREXPRESSION OF MICROFILAMENT-STABILIZING HUMAN CALDESMON FRAGMENT,CAD39, AFFECTS CELL ATTACHMENT, SPREADING, AND CYTOKINESIS
Authors: WARREN KS SHUTT DC MCDERMOTT JP LIN JLC SOLL DR LIN JJC
Citation: Ks. Warren et al., OVEREXPRESSION OF MICROFILAMENT-STABILIZING HUMAN CALDESMON FRAGMENT,CAD39, AFFECTS CELL ATTACHMENT, SPREADING, AND CYTOKINESIS, Cell motility and the cytoskeleton, 34(3), 1996, pp. 215-229
PONTICULIN PLAYS A ROLE IN THE POSITIONAL STABILIZATION OF PSEUDOPODS
Authors: SHUTT DC WESSELS D CHANDRESEKHAR A WAGENKNECHT K HITT A LUNA EJ SOLL DR
Citation: Dc. Shutt et al., PONTICULIN PLAYS A ROLE IN THE POSITIONAL STABILIZATION OF PSEUDOPODS, Molecular biology of the cell, 6, 1995, pp. 1575-1575
PONTICULIN PLAYS A ROLE IN THE POSITIONAL STABILIZATION OF PSEUDOPODS
Authors: SHUTT DC WESSELS D WAGENKNECHT K CHANDRASEKHAR A HITT AL LUNA EJ SOLL DR
Citation: Dc. Shutt et al., PONTICULIN PLAYS A ROLE IN THE POSITIONAL STABILIZATION OF PSEUDOPODS, The Journal of cell biology, 131(6), 1995, pp. 1495-1506
HIV-INDUCED SYNCYTIA IN PERIPHERAL-BLOOD CELL-CULTURES CRAWL BY EXTENDING GIANT PSEUDOPODS
Authors: SHUTT DC STAPLETON JT KENNEDY RC SOLL DR
Citation: Dc. Shutt et al., HIV-INDUCED SYNCYTIA IN PERIPHERAL-BLOOD CELL-CULTURES CRAWL BY EXTENDING GIANT PSEUDOPODS, Cellular immunology, 166(2), 1995, pp. 261-274
HIV-INDUCED SYNCYTIA OF A T-CELL LINE FORM SINGLE GIANT PSEUDOPODS AND ARE MOTILE
Authors: SYLWESTER A WESSELS D ANDERSON SA WARREN RQ SHUTT DC KENNEDY RC SOLL DR
Citation: A. Sylwester et al., HIV-INDUCED SYNCYTIA OF A T-CELL LINE FORM SINGLE GIANT PSEUDOPODS AND ARE MOTILE, Journal of Cell Science, 106, 1993, pp. 941-953
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