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Results: 1-12 |
Results: 12
A UNIQUE GLUCOSE-DEPENDENT APOPTOTIC PATHWAY INDUCED BY C-MYC
Authors: SHIM H CHUN YS LEWIS BC DANG CV
Citation: H. Shim et al., A UNIQUE GLUCOSE-DEPENDENT APOPTOTIC PATHWAY INDUCED BY C-MYC, Proceedings of the National Academy of Sciences of the United Statesof America, 95(4), 1998, pp. 1511-1516
ROLE OF ONCOGENIC TRANSCRIPTION FACTOR C-MYC IN CELL-CYCLE REGULATION, APOPTOSIS AND METABOLISM
Authors: DANG CV LEWIS BC
Citation: Cv. Dang et Bc. Lewis, ROLE OF ONCOGENIC TRANSCRIPTION FACTOR C-MYC IN CELL-CYCLE REGULATION, APOPTOSIS AND METABOLISM, Journal of biomedical science, 4(6), 1997, pp. 269-278
MAMMALIAN BUB1 PROTEIN-KINASES - MAP POSITIONS AND IN-VIVO EXPRESSION
Authors: PANGILINAN F LI Q WEAVER T LEWIS BC DANG CV SPENCER F
Citation: F. Pangilinan et al., MAMMALIAN BUB1 PROTEIN-KINASES - MAP POSITIONS AND IN-VIVO EXPRESSION, Genomics, 46(3), 1997, pp. 379-388
IDENTIFICATION OF PUTATIVE C-MYC-RESPONSIVE GENES - CHARACTERIZATION OF RCL, A NOVEL GROWTH-RELATED GENE
Authors: LEWIS BC SHIM H LI Q WU CS LEE LA MAITY A DANG CV
Citation: Bc. Lewis et al., IDENTIFICATION OF PUTATIVE C-MYC-RESPONSIVE GENES - CHARACTERIZATION OF RCL, A NOVEL GROWTH-RELATED GENE, Molecular and cellular biology, 17(9), 1997, pp. 4967-4978
ONCOGENES IN TUMOR METABOLISM, TUMORIGENESIS, AND APOPTOSIS
Authors: DANG CV LEWIS BC DOLDE C DANG G SHIM H
Citation: Cv. Dang et al., ONCOGENES IN TUMOR METABOLISM, TUMORIGENESIS, AND APOPTOSIS, Journal of bioenergetics and biomembranes, 29(4), 1997, pp. 345-354
C-MYC TRANSACTIVATION OF LDH-A - IMPLICATIONS FOR TUMOR METABOLISM AND GROWTH
Authors: SHIM H DOLDE C LEWIS BC WU CS DANG G JUNGMANN RA DALLAFAVERA R DANG CV
Citation: H. Shim et al., C-MYC TRANSACTIVATION OF LDH-A - IMPLICATIONS FOR TUMOR METABOLISM AND GROWTH, Proceedings of the National Academy of Sciences of the United Statesof America, 94(13), 1997, pp. 6658-6663
THE PRODUCT OF THE C-MYC TARGET GENE RCL IS INVOLVED IN CELL-PROLIFERATION AND TRANSFORMATION BUT NOT APOPTOSIS
Authors: LEWIS BC SHIM H DANG CV
Citation: Bc. Lewis et al., THE PRODUCT OF THE C-MYC TARGET GENE RCL IS INVOLVED IN CELL-PROLIFERATION AND TRANSFORMATION BUT NOT APOPTOSIS, Blood, 90(10), 1997, pp. 1722-1722
A LINK BETWEEN INCREASED TRANSFORMING ACTIVITY OF LYMPHOMA-DERIVED MYC MUTANT ALLELES, THEIR DEFECTIVE REGULATION BY P107, AND ALTERED PHOSPHORYLATION OF THE C-MYC TRANSACTIVATION DOMAIN
Authors: HOANG AT LUTTERBACH B LEWIS BC YANO T CHOU TY BARRETT JF RAFFELD M HANN SR DANG CV
Citation: At. Hoang et al., A LINK BETWEEN INCREASED TRANSFORMING ACTIVITY OF LYMPHOMA-DERIVED MYC MUTANT ALLELES, THEIR DEFECTIVE REGULATION BY P107, AND ALTERED PHOSPHORYLATION OF THE C-MYC TRANSACTIVATION DOMAIN, Molecular and cellular biology, 15(8), 1995, pp. 4031-4042
CYCLIN-A LINKS C-MYC TO ADHESION-INDEPENDENT CELL-PROLIFERATION
Authors: BARRETT JF LEWIS BC HOANG AT ALVAREZ RJ DANG CV
Citation: Jf. Barrett et al., CYCLIN-A LINKS C-MYC TO ADHESION-INDEPENDENT CELL-PROLIFERATION, The Journal of biological chemistry, 270(27), 1995, pp. 15923-15925
INCREASED TRANSFORMING ACTIVITY OF LYMPHOMA-DERIVED MYC MUTANT ALLELES RESULTS FROM DEFECTIVE REGULATION BY THE GROWTH SUPPRESSOR P107 AND ALTERED PHOSPHORYLATION OF THE MYC TRANSACTIVATION DOMAIN
Authors: HOANG AT LEWIS BC LUTTERBACH B YANO T CHOU TY BARRETT JF RAFFELD M HANN SR DANG CV
Citation: At. Hoang et al., INCREASED TRANSFORMING ACTIVITY OF LYMPHOMA-DERIVED MYC MUTANT ALLELES RESULTS FROM DEFECTIVE REGULATION BY THE GROWTH SUPPRESSOR P107 AND ALTERED PHOSPHORYLATION OF THE MYC TRANSACTIVATION DOMAIN, Blood, 84(10), 1994, pp. 10000038-10000038
THE EWINGS-SARCOMA EWS FLI-1 FUSION GENE ENCODES A MORE POTENT TRANSCRIPTIONAL ACTIVATOR AND IS A MORE POWERFUL TRANSFORMING GENE THAN FLI-1/
Authors: MAY WA LESSNICK SL BRAUN BS KLEMSZ M LEWIS BC LUNSFORD LB HROMAS R DENNY CT
Citation: Wa. May et al., THE EWINGS-SARCOMA EWS FLI-1 FUSION GENE ENCODES A MORE POTENT TRANSCRIPTIONAL ACTIVATOR AND IS A MORE POWERFUL TRANSFORMING GENE THAN FLI-1/, Molecular and cellular biology, 13(12), 1993, pp. 7393-7398
EWING SARCOMA 11-22 TRANSLOCATION PRODUCES A CHIMERIC TRANSCRIPTION FACTOR THAT REQUIRES THE DNA-BINDING DOMAIN ENCODED BY FLI1 FOR TRANSFORMATION
Authors: MAY WA GISHIZKY ML LESSNICK SL LUNSFORD LB LEWIS BC DELATTRE O ZUCMAN J THOMAS G DENNY CT
Citation: Wa. May et al., EWING SARCOMA 11-22 TRANSLOCATION PRODUCES A CHIMERIC TRANSCRIPTION FACTOR THAT REQUIRES THE DNA-BINDING DOMAIN ENCODED BY FLI1 FOR TRANSFORMATION, Proceedings of the National Academy of Sciences of the United Statesof America, 90(12), 1993, pp. 5752-5756
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