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Results: 1-12 |
Results: 12
IDENTIFICATION AND CHARACTERIZATION OF PANCREATIC EUKARYOTIC INITIATION-FACTOR-2 ALPHA-SUBUNIT KINASE, PEK, INVOLVED IN TRANSLATIONAL CONTROL
Authors: SHI YG VATTEM KM SOOD R AN J LIANG JD STRAMM L WEK RC
Citation: Yg. Shi et al., IDENTIFICATION AND CHARACTERIZATION OF PANCREATIC EUKARYOTIC INITIATION-FACTOR-2 ALPHA-SUBUNIT KINASE, PEK, INVOLVED IN TRANSLATIONAL CONTROL, Molecular and cellular biology (Print), 18(12), 1998, pp. 7499-7509
MITOCHONDRIAL RESPIRATORY MUTANTS IN YEAST INHIBIT GLYCOGEN ACCUMULATION BY BLOCKING ACTIVATION OF GLYCOGEN-SYNTHASE
Authors: YANG RJ CHUN KT WEK RC
Citation: Rj. Yang et al., MITOCHONDRIAL RESPIRATORY MUTANTS IN YEAST INHIBIT GLYCOGEN ACCUMULATION BY BLOCKING ACTIVATION OF GLYCOGEN-SYNTHASE, The Journal of biological chemistry, 273(47), 1998, pp. 31337-31344
RIBOSOME-BINDING DOMAIN OF EUKARYOTIC INITIATION FACTOR-II KINASE GCN2 FACILITATES TRANSLATION CONTROL
Authors: ZHU SH WEK RC
Citation: Sh. Zhu et Rc. Wek, RIBOSOME-BINDING DOMAIN OF EUKARYOTIC INITIATION FACTOR-II KINASE GCN2 FACILITATES TRANSLATION CONTROL, The Journal of biological chemistry, 273(3), 1998, pp. 1808-1814
ISOLATION OF THE GENE ENCODING THE DROSOPHILA-MELANOGASTER HOMOLOG OFTHE SACCHAROMYCES-CEREVISIAE GCN2 EIF-2-ALPHA KINASE
Authors: OLSEN DS JORDAN B CHEN D WEK RC CAVENER DR
Citation: Ds. Olsen et al., ISOLATION OF THE GENE ENCODING THE DROSOPHILA-MELANOGASTER HOMOLOG OFTHE SACCHAROMYCES-CEREVISIAE GCN2 EIF-2-ALPHA KINASE, Genetics, 149(3), 1998, pp. 1495-1509
GCN2, AND EIF-2-ALPHA PROTEIN-KINASE CONTAINING SEQUENCES RELATED TO AMINOACYL-TRANSFER-RNA SYNTHETASES, IS CONSERVED FROM YEAST TO MAMMALS
Authors: SOOD R WEK RC
Citation: R. Sood et Rc. Wek, GCN2, AND EIF-2-ALPHA PROTEIN-KINASE CONTAINING SEQUENCES RELATED TO AMINOACYL-TRANSFER-RNA SYNTHETASES, IS CONSERVED FROM YEAST TO MAMMALS, The FASEB journal, 11(9), 1997, pp. 2196-2196
RIBOSOME TARGETING OF PKR IS MEDIATED BY 2 DOUBLE-STRANDED RNA-BINDING DOMAINS AND FACILITATES IN-VIVO PHOSPHORYLATION OF EUKARYOTIC INITIATION FACTOR-II
Authors: ZHU SH ROMANO PR WEK RC
Citation: Sh. Zhu et al., RIBOSOME TARGETING OF PKR IS MEDIATED BY 2 DOUBLE-STRANDED RNA-BINDING DOMAINS AND FACILITATES IN-VIVO PHOSPHORYLATION OF EUKARYOTIC INITIATION FACTOR-II, The Journal of biological chemistry, 272(22), 1997, pp. 14434-14441
RIBOSOME TARGETING OF EIF-2 PROTEIN-KINASES, GCN2 AND PKR
Authors: ZHU S SOBOLOV A WEK RC
Citation: S. Zhu et al., RIBOSOME TARGETING OF EIF-2 PROTEIN-KINASES, GCN2 AND PKR, The FASEB journal, 10(6), 1996, pp. 1548-1548
HISTIDYL-TRANSFER-RNA SYNTHETASE-RELATED SEQUENCES IN GCN2 PROTEIN-KINASE REGULATE IN-VITRO PHOSPHORYLATION OF EIF-2
Authors: ZHU SH SOBOLEV AY WEK RC
Citation: Sh. Zhu et al., HISTIDYL-TRANSFER-RNA SYNTHETASE-RELATED SEQUENCES IN GCN2 PROTEIN-KINASE REGULATE IN-VITRO PHOSPHORYLATION OF EIF-2, The Journal of biological chemistry, 271(40), 1996, pp. 24989-24994
EXPRESSION OF VACCINIA VIRUS K3L PROTEIN IN YEAST INHIBITS EUKARYOTICINITIATION FACTOR-II KINASE GCN2 AND THE GENERAL AMINO-ACID CONTROL PATHWAY
Authors: QIAN WJ ZHU SH SOBOLEV AY WEK RC
Citation: Wj. Qian et al., EXPRESSION OF VACCINIA VIRUS K3L PROTEIN IN YEAST INHIBITS EUKARYOTICINITIATION FACTOR-II KINASE GCN2 AND THE GENERAL AMINO-ACID CONTROL PATHWAY, The Journal of biological chemistry, 271(22), 1996, pp. 13202-13207
THE HISTIDYL-TRANSFER-RNA SYNTHETASE-RELATED SEQUENCE IN THE EIF-2-ALPHA PROTEIN-KINASE GCN2 INTERACTS WITH TRANSFER-RNA AND IS REQUIRED FOR ACTIVATION IN RESPONSE TO STARVATION FOR DIFFERENT AMINO-ACIDS
Authors: WEK SA ZHU SH WEK RC
Citation: Sa. Wek et al., THE HISTIDYL-TRANSFER-RNA SYNTHETASE-RELATED SEQUENCE IN THE EIF-2-ALPHA PROTEIN-KINASE GCN2 INTERACTS WITH TRANSFER-RNA AND IS REQUIRED FOR ACTIVATION IN RESPONSE TO STARVATION FOR DIFFERENT AMINO-ACIDS, Molecular and cellular biology, 15(8), 1995, pp. 4497-4506
EIF-2 KINASES - REGULATORS OF GENERAL AND GENE-SPECIFIC TRANSLATION INITIATION
Authors: WEK RC
Citation: Rc. Wek, EIF-2 KINASES - REGULATORS OF GENERAL AND GENE-SPECIFIC TRANSLATION INITIATION, Trends in biochemical sciences, 19(11), 1994, pp. 491-496
MULTICOPY TRANSFER-RNA GENES FUNCTIONALLY SUPPRESS MUTATIONS IN YEASTEIF-2-ALPHA KINASE GCN2 - EVIDENCE FOR SEPARATE PATHWAYS COUPLING GCN4 EXPRESSION TO UNCHARGED TRANSFER-RNA
Authors: DEALDANA CRV WEK RC SANSEGUNDO P TRUESDELL AG HINNEBUSCH AG
Citation: Crv. Dealdana et al., MULTICOPY TRANSFER-RNA GENES FUNCTIONALLY SUPPRESS MUTATIONS IN YEASTEIF-2-ALPHA KINASE GCN2 - EVIDENCE FOR SEPARATE PATHWAYS COUPLING GCN4 EXPRESSION TO UNCHARGED TRANSFER-RNA, Molecular and cellular biology, 14(12), 1994, pp. 7920-7932
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