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Results: 1-10 |
Results: 10
MULTIUBIQUITIN CHAIN BINDING AND PROTEIN-DEGRADATION ARE MEDIATED BY DISTINCT DOMAINS WITHIN THE 26-S-PROTEASOME SUBUNIT MCB1
Authors: FU HY SADIS S RUBIN DM GLICKMAN M VANNOCKER S FINLEY D VIERSTRA RD
Citation: Hy. Fu et al., MULTIUBIQUITIN CHAIN BINDING AND PROTEIN-DEGRADATION ARE MEDIATED BY DISTINCT DOMAINS WITHIN THE 26-S-PROTEASOME SUBUNIT MCB1, The Journal of biological chemistry, 273(4), 1998, pp. 1970-1981
ATPASE AND UBIQUITIN-BINDING PROTEINS OF THE YEAST PROTEASOME
Authors: RUBIN DM VANNOCKER S GLICKMAN M COUX O WEFES I SADIS S FU HY GOLDBERG A VIERSTRA R FINLEY D
Citation: Dm. Rubin et al., ATPASE AND UBIQUITIN-BINDING PROTEINS OF THE YEAST PROTEASOME, Molecular biology reports, 24(1-2), 1997, pp. 17-26
THE PROTEASOME
Authors: FINLEY D RUBIN DM COUX O VANNOCKER S GLICKMAN M SADIS S FU H WEFES I GOLDBERG AL VIERSTRA R
Citation: D. Finley et al., THE PROTEASOME, Molecular biology of the cell, 7, 1996, pp. 2947-2947
THE MULTIUBIQUITIN-CHAIN-BINDING PROTEIN MCB1 IS A COMPONENT OF THE 265-PROTEASOME IN SACCHAROMYCES-CEREVISIAE AND PLAYS A NONESSENTIAL, SUBSTRATE-SPECIFIC ROLE IN PROTEIN-TURNOVER
Authors: VANNOCKER S SADIS S RUBIN DM GLICKMAN M FU HY COUX O WEFES I FINLEY D VIERSTRA RD
Citation: S. Vannocker et al., THE MULTIUBIQUITIN-CHAIN-BINDING PROTEIN MCB1 IS A COMPONENT OF THE 265-PROTEASOME IN SACCHAROMYCES-CEREVISIAE AND PLAYS A NONESSENTIAL, SUBSTRATE-SPECIFIC ROLE IN PROTEIN-TURNOVER, Molecular and cellular biology, 16(11), 1996, pp. 6020-6028
ARABIDOPSIS MBP1 GENE ENCODES A CONSERVED UBIQUITIN RECOGNITION COMPONENT OF THE 26S PROTEASOME
Authors: VANNOCKER S DEVERAUX Q RECHSTEINER M VIERSTRA RD
Citation: S. Vannocker et al., ARABIDOPSIS MBP1 GENE ENCODES A CONSERVED UBIQUITIN RECOGNITION COMPONENT OF THE 26S PROTEASOME, Proceedings of the National Academy of Sciences of the United Statesof America, 93(2), 1996, pp. 856-860
THE ARABIDOPSIS-THALIANA UBC7 13/14 GENES ENCODE A FAMILY OF MULTIUBIQUITIN CHAIN-FORMING E2 ENZYMES/
Authors: VANNOCKER S WALKER JM VIERSTRA RD
Citation: S. Vannocker et al., THE ARABIDOPSIS-THALIANA UBC7 13/14 GENES ENCODE A FAMILY OF MULTIUBIQUITIN CHAIN-FORMING E2 ENZYMES/, The Journal of biological chemistry, 271(21), 1996, pp. 12150-12158
MOLECULAR-CLONING AND EXPRESSION OF A MULTIUBIQUITIN CHAIN BINDING SUBUNIT OF THE HUMAN 26S PROTEASE
Authors: FERRELL K DEVERAUX Q VANNOCKER S RECHSTEINER M
Citation: K. Ferrell et al., MOLECULAR-CLONING AND EXPRESSION OF A MULTIUBIQUITIN CHAIN BINDING SUBUNIT OF THE HUMAN 26S PROTEASE, FEBS letters, 381(1-2), 1996, pp. 143-148
INHIBITION OF UBIQUITIN-MEDIATED PROTEOLYSIS BY THE ARABIDOPSIS 26-S PROTEASE SUBUNIT S5A
Authors: DEVERAUX Q VANNOCKER S MAHAFFEY D VIERSTRA R RECHSTEINER M
Citation: Q. Deveraux et al., INHIBITION OF UBIQUITIN-MEDIATED PROTEOLYSIS BY THE ARABIDOPSIS 26-S PROTEASE SUBUNIT S5A, The Journal of biological chemistry, 270(50), 1995, pp. 29660-29663
HOMOLOGS OF THE ESSENTIAL UBIQUITIN CONJUGATING ENZYME-UBC1, ENZYME-4, AND ENZYME-5 IN YEAST ARE ENCODED BY A MULTIGENE FAMILY IN ARABIDOPOSIS-THALIANA
Authors: GIROD PA CARPENTER TB VANNOCKER S SULLIVAN ML VIERSTRA RD
Citation: Pa. Girod et al., HOMOLOGS OF THE ESSENTIAL UBIQUITIN CONJUGATING ENZYME-UBC1, ENZYME-4, AND ENZYME-5 IN YEAST ARE ENCODED BY A MULTIGENE FAMILY IN ARABIDOPOSIS-THALIANA, Plant journal, 3(4), 1993, pp. 545-552
MULTIUBIQUITIN CHAINS LINKED THROUGH LYSINE-48 ARE ABUNDANT IN-VIVO AND ARE COMPETENT INTERMEDIATES IN THE UBIQUITIN PROTEOLYTIC PATHWAY
Authors: VANNOCKER S VIERSTRA RD
Citation: S. Vannocker et Rd. Vierstra, MULTIUBIQUITIN CHAINS LINKED THROUGH LYSINE-48 ARE ABUNDANT IN-VIVO AND ARE COMPETENT INTERMEDIATES IN THE UBIQUITIN PROTEOLYTIC PATHWAY, The Journal of biological chemistry, 268(33), 1993, pp. 24766-24773
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