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Results: 1-14 |
Results: 14
CONTROL OF CONTACT-INHIBITED GROWTH - REGULATION OF CYCLIN-D EXPRESSION AND FUNCTION BY THE SSECKS TUMOR-SUPPRESSOR
Authors: LIN X TOMBLER E MOISSOGLU K XIA W NELSON P GELMAN IH
Citation: X. Lin et al., CONTROL OF CONTACT-INHIBITED GROWTH - REGULATION OF CYCLIN-D EXPRESSION AND FUNCTION BY THE SSECKS TUMOR-SUPPRESSOR, Molecular biology of the cell, 9, 1998, pp. 2867-2867
CONTROL OF CYTOSKELETAL ARCHITECTURE BY THE SRC-SUPPRESSED C-KINASE SUBSTRATE, SSECKS
Authors: GELMAN IH LEE K TOMBLER E GORDON R LIN XY
Citation: Ih. Gelman et al., CONTROL OF CYTOSKELETAL ARCHITECTURE BY THE SRC-SUPPRESSED C-KINASE SUBSTRATE, SSECKS, Cell motility and the cytoskeleton, 41(1), 1998, pp. 1-17
REEXPRESSION OF THE MAJOR PROTEIN-KINASE-C SUBSTRATE, SSECKS, SUPPRESSES V-SRC-INDUCED MORPHOLOGICAL TRANSFORMATION AND TUMORIGENESIS (VOL 57, PG 2304, 1997)
Authors: LIN XY GELMAN IH
Citation: Xy. Lin et Ih. Gelman, REEXPRESSION OF THE MAJOR PROTEIN-KINASE-C SUBSTRATE, SSECKS, SUPPRESSES V-SRC-INDUCED MORPHOLOGICAL TRANSFORMATION AND TUMORIGENESIS (VOL 57, PG 2304, 1997), Cancer research, 58(8), 1998, pp. 1770-1770
SSECKS IS A PROTEIN-KINASE-C (PKC) AND SRC SUBSTRATE THAT SUPPRESSES ONCOGENIC GROWTH BY SCAFFOLDING SIGNALING MOLECULES AND CYTOSKELETAL ARCHITECTURE
Authors: LIN XY TOMBLER E XIA W GELMAN IH
Citation: Xy. Lin et al., SSECKS IS A PROTEIN-KINASE-C (PKC) AND SRC SUBSTRATE THAT SUPPRESSES ONCOGENIC GROWTH BY SCAFFOLDING SIGNALING MOLECULES AND CYTOSKELETAL ARCHITECTURE, Molecular biology of the cell, 8, 1997, pp. 1574-1574
CELL-CYCLE-REGULATED EXPRESSION AND SERINE PHOSPHORYLATION OF THE MYRISTYLATED PROTEIN-KINASE-C SUBSTRATE, SSECKS - CORRELATION WITH CULTURE CONFLUENCY, CELL-CYCLE PHASE AND SERUM RESPONSE
Authors: NELSON PJ GELMAN IH
Citation: Pj. Nelson et Ih. Gelman, CELL-CYCLE-REGULATED EXPRESSION AND SERINE PHOSPHORYLATION OF THE MYRISTYLATED PROTEIN-KINASE-C SUBSTRATE, SSECKS - CORRELATION WITH CULTURE CONFLUENCY, CELL-CYCLE PHASE AND SERUM RESPONSE, Molecular and cellular biochemistry, 175(1-2), 1997, pp. 233-241
REEXPRESSION OF THE MAJOR PROTEIN-KINASE-C SUBSTRATE, SSECKS, SUPPRESSES V-SRC-INDUCED MORPHOLOGICAL TRANSFORMATION AND TUMORIGENESIS
Authors: LIN XY GELMAN IH
Citation: Xy. Lin et Ih. Gelman, REEXPRESSION OF THE MAJOR PROTEIN-KINASE-C SUBSTRATE, SSECKS, SUPPRESSES V-SRC-INDUCED MORPHOLOGICAL TRANSFORMATION AND TUMORIGENESIS, Cancer research, 57(11), 1997, pp. 2304-2312
A NOVEL SRC-SUPPRESSED AND RAS-SUPPRESSED PROTEIN-KINASE-C SUBSTRATE ASSOCIATED WITH CYTOSKELETAL ARCHITECTURE
Authors: LIN XY TOMBLER E NELSON PJ ROSS M GELMAN IH
Citation: Xy. Lin et al., A NOVEL SRC-SUPPRESSED AND RAS-SUPPRESSED PROTEIN-KINASE-C SUBSTRATE ASSOCIATED WITH CYTOSKELETAL ARCHITECTURE, The Journal of biological chemistry, 271(45), 1996, pp. 28430-28438
PATHOGENESIS OF AIDS-RELATED KAPOSIS-SARCOMA - (REVIEW)
Authors: GELMAN IH
Citation: Ih. Gelman, PATHOGENESIS OF AIDS-RELATED KAPOSIS-SARCOMA - (REVIEW), Oncology Reports, 2(3), 1995, pp. 321-324
THE EXPERTS SPEAK ON THE FUTURE OF VIRAL IMMUNOLOGY
Authors: ALTANER C BRACIALE TJ CERNESCU C DOHERTY P ERTL HCJ GELMAN IH HILLEMAN MR LAUGHLIN CA LIU MA REISS CS TALBOT P YEWDELL JW ZINKERNAGEL R
Citation: C. Altaner et al., THE EXPERTS SPEAK ON THE FUTURE OF VIRAL IMMUNOLOGY, Viral immunology, 8(4), 1995, pp. 175-197
ISOLATION AND CHARACTERIZATION OF A NOVEL MITOGENIC REGULATORY GENE, 322, WHICH IS TRANSCRIPTIONALLY SUPPRESSED IN CELLS TRANSFORMED BY SRCAND RAS
Authors: LIN XY NELSON PJ FRANKFORT B TOMBLER E JOHNSON R GELMAN IH
Citation: Xy. Lin et al., ISOLATION AND CHARACTERIZATION OF A NOVEL MITOGENIC REGULATORY GENE, 322, WHICH IS TRANSCRIPTIONALLY SUPPRESSED IN CELLS TRANSFORMED BY SRCAND RAS, Molecular and cellular biology, 15(5), 1995, pp. 2754-2762
IDENTIFICATION OF NOVEL CELLULAR GENES TRANSCRIPTIONALLY SUPPRESSED BY V-SRC
Authors: FRANKFORT BJ GELMAN IH
Citation: Bj. Frankfort et Ih. Gelman, IDENTIFICATION OF NOVEL CELLULAR GENES TRANSCRIPTIONALLY SUPPRESSED BY V-SRC, Biochemical and biophysical research communications, 206(3), 1995, pp. 916-926
IDENTIFICATION OF NOVEL CAEV-LIKE LENTIVIRUS POL SEQUENCES AND CAEV-ANTIGEN REACTIVITY IN HIV-ASSOCIATED KAPOSIS-SARCOMA LESIONS
Authors: SERRUYA JI GELMAN IH
Citation: Ji. Serruya et Ih. Gelman, IDENTIFICATION OF NOVEL CAEV-LIKE LENTIVIRUS POL SEQUENCES AND CAEV-ANTIGEN REACTIVITY IN HIV-ASSOCIATED KAPOSIS-SARCOMA LESIONS, AIDS research and human retroviruses, 10, 1994, pp. 190000054-190000054
MORPHOLOGICAL TRANSFORMATION, TUMORIGENICITY AND SRC-SPECIFIC CYTOTOXIC T-LYMPHOCYTE-MEDIATED TUMOR-IMMUNITY INDUCED BY MURINE 3T3 CELLS EXPRESSING SRC ONCOGENES ENCODING NOVEL NON-MYRISTYLATED N-TERMINAL DOMAINS
Authors: GELMAN IH KHAN S HANAFUSA H
Citation: Ih. Gelman et al., MORPHOLOGICAL TRANSFORMATION, TUMORIGENICITY AND SRC-SPECIFIC CYTOTOXIC T-LYMPHOCYTE-MEDIATED TUMOR-IMMUNITY INDUCED BY MURINE 3T3 CELLS EXPRESSING SRC ONCOGENES ENCODING NOVEL NON-MYRISTYLATED N-TERMINAL DOMAINS, Oncogene, 8(11), 1993, pp. 2995-3004
NOVEL HUMAN LENTIVIRUS POL SEQUENCES ISOLATED FROM HIV-NEGATIVE AIDS CASES
Authors: GELMAN IH MORSE SM LAURENCE J
Citation: Ih. Gelman et al., NOVEL HUMAN LENTIVIRUS POL SEQUENCES ISOLATED FROM HIV-NEGATIVE AIDS CASES, Journal of cellular biochemistry, 1993, pp. 64-64
Risultati: 1-14 |