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Results: 1-12 |
Results: 12
ROLE OF THE MYO2P GLOBULAR TAIL DOMAIN IN YEAST VACUOLE MOVEMENT
Authors: CATLETT NL WEISMAN LS
Citation: Nl. Catlett et Ls. Weisman, ROLE OF THE MYO2P GLOBULAR TAIL DOMAIN IN YEAST VACUOLE MOVEMENT, Molecular biology of the cell, 9, 1998, pp. 119-119
VAC8P FUNCTIONS IN VACUOLE FUSION AT A POST-SNARE STEP AND MAY ACCOUNT FOR THE PALMITOYL-COA STIMULATION OF FUSION
Authors: WANG YX KAUFFMAN EJ WEISMAN LS
Citation: Yx. Wang et al., VAC8P FUNCTIONS IN VACUOLE FUSION AT A POST-SNARE STEP AND MAY ACCOUNT FOR THE PALMITOYL-COA STIMULATION OF FUSION, Molecular biology of the cell, 9, 1998, pp. 1926-1926
FAB1P IS ESSENTIAL FOR PTDINS(3)P 5-KINASE ACTIVITY AND THE MAINTENANCE OF VACUOLAR SIZE AND MEMBRANE HOMEOSTASIS
Authors: GARY JD WURMSER AE BONANGELINO CJ WEISMAN LS EMR SD
Citation: Jd. Gary et al., FAB1P IS ESSENTIAL FOR PTDINS(3)P 5-KINASE ACTIVITY AND THE MAINTENANCE OF VACUOLAR SIZE AND MEMBRANE HOMEOSTASIS, The Journal of cell biology, 143(1), 1998, pp. 65-79
RETROGRADE TRAFFIC OUT OF THE YEAST VACUOLE TO THE TGN OCCURS VIA THEPREVACUOLAR ENDOSOMAL COMPARTMENT/
Authors: BRYANT NJ PIPER RC WEISMAN LS STEVENS TH
Citation: Nj. Bryant et al., RETROGRADE TRAFFIC OUT OF THE YEAST VACUOLE TO THE TGN OCCURS VIA THEPREVACUOLAR ENDOSOMAL COMPARTMENT/, The Journal of cell biology, 142(3), 1998, pp. 651-663
VAC8P, A VACUOLAR PROTEIN WITH ARMADILLO REPEATS, FUNCTIONS IN BOTH VACUOLE INHERITANCE AND PROTEIN TARGETING FROM THE CYTOPLASM TO VACUOLE
Authors: WANG YX CATLETT NL WEISMAN LS
Citation: Yx. Wang et al., VAC8P, A VACUOLAR PROTEIN WITH ARMADILLO REPEATS, FUNCTIONS IN BOTH VACUOLE INHERITANCE AND PROTEIN TARGETING FROM THE CYTOPLASM TO VACUOLE, The Journal of cell biology, 140(5), 1998, pp. 1063-1074
INVESTIGATION OF THE ROLES OF ACTIN, MYOSIN AND AN ARMADILLO REPEAT PROTEIN IN VACUOLE INHERITANCE
Authors: WEISMAN LS CATLETT NL WANG YX
Citation: Ls. Weisman et al., INVESTIGATION OF THE ROLES OF ACTIN, MYOSIN AND AN ARMADILLO REPEAT PROTEIN IN VACUOLE INHERITANCE, Molecular biology of the cell, 8, 1997, pp. 1387-1387
STUDIES OF THE YEAST GENES VAC7, VAC14, AND FAB1, SUGGEST A ROLE FOR PHOSPHOLIPIDS IN VACUOLE INHERITANCE AND MEMBRANE SCISSION
Authors: BONANGELINO C WEISMAN LS
Citation: C. Bonangelino et Ls. Weisman, STUDIES OF THE YEAST GENES VAC7, VAC14, AND FAB1, SUGGEST A ROLE FOR PHOSPHOLIPIDS IN VACUOLE INHERITANCE AND MEMBRANE SCISSION, Molecular biology of the cell, 8, 1997, pp. 1707-1707
VAC7P, A NOVEL VACUOLAR PROTEIN, IS REQUIRED FOR NORMAL VACUOLE INHERITANCE AND MORPHOLOGY
Authors: BONANGELINO CJ CATLETT NL WEISMAN LS
Citation: Cj. Bonangelino et al., VAC7P, A NOVEL VACUOLAR PROTEIN, IS REQUIRED FOR NORMAL VACUOLE INHERITANCE AND MORPHOLOGY, Molecular and cellular biology, 17(12), 1997, pp. 6847-6858
INVESTIGATIONS OF THE ROLE OF VAC8P IN LYSOSOME (VACUOLE) PARTITIONING
Authors: WANG YX WEISMAN LS
Citation: Yx. Wang et Ls. Weisman, INVESTIGATIONS OF THE ROLE OF VAC8P IN LYSOSOME (VACUOLE) PARTITIONING, Molecular biology of the cell, 7, 1996, pp. 790-790
MULTIPLE CLASSES OF YEAST MUTANTS ARE DEFECTIVE IN VACUOLE PARTITIONING YET TARGET VACUOLE PROTEINS CORRECTLY
Authors: WANG YX ZHAO HR HARDING TM DEMESQUITA DSG WOLDRINGH CL KLIONSKY DJ MUNN AL WEISMAN LS
Citation: Yx. Wang et al., MULTIPLE CLASSES OF YEAST MUTANTS ARE DEFECTIVE IN VACUOLE PARTITIONING YET TARGET VACUOLE PROTEINS CORRECTLY, Molecular biology of the cell, 7(9), 1996, pp. 1375-1389
ACTIN AND MYOSIN FUNCTION IN DIRECTED VACUOLE MOVEMENT DURING CELL-DIVISION IN SACCHAROMYCES-CEREVISIAE
Authors: HILL KL CATLETT NL WEISMAN LS
Citation: Kl. Hill et al., ACTIN AND MYOSIN FUNCTION IN DIRECTED VACUOLE MOVEMENT DURING CELL-DIVISION IN SACCHAROMYCES-CEREVISIAE, The Journal of cell biology, 135(6), 1996, pp. 1535-1549
A TRUNCATED FORM OF THE PHO80 CYCLIN REDIRECTS THE PHO85 KINASE TO DISRUPT VACUOLE INHERITANCE IN SACCHAROMYCES-CEREVISIAE
Authors: NICOLSON TA WEISMAN LS PAYNE GS WICKNER WT
Citation: Ta. Nicolson et al., A TRUNCATED FORM OF THE PHO80 CYCLIN REDIRECTS THE PHO85 KINASE TO DISRUPT VACUOLE INHERITANCE IN SACCHAROMYCES-CEREVISIAE, The Journal of cell biology, 130(4), 1995, pp. 835-845
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