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Results: 1-12 |
Results: 12
NATURALLY-OCCURRING AMINO-TERMINALLY TRUNCATED FORM OF C-MYC PROTEIN,C-MYC S, PROMOTES CELL-CYCLE PROGRESSION, ANCHORAGE-INDEPENDENT GROWTH, AND APOPTOSIS BUT DOES NOT TRANSACTIVATE VIA THE EMS SEQUENCE
Authors: XIAO Q CLAASSEN GF SHI J ADACHI S SEDIVY JM HANN SR
Citation: Q. Xiao et al., NATURALLY-OCCURRING AMINO-TERMINALLY TRUNCATED FORM OF C-MYC PROTEIN,C-MYC S, PROMOTES CELL-CYCLE PROGRESSION, ANCHORAGE-INDEPENDENT GROWTH, AND APOPTOSIS BUT DOES NOT TRANSACTIVATE VIA THE EMS SEQUENCE, Molecular biology of the cell, 9, 1998, pp. 1436-1436
THE HORMONALLY REGULATED B-MYC GENE-PRODUCT HAS A POTENTIAL ROLE AS AGROWTH AND TUMOR-SUPPRESSOR
Authors: XIAO Q GREGORY M CORNWALL GC HANN SR
Citation: Q. Xiao et al., THE HORMONALLY REGULATED B-MYC GENE-PRODUCT HAS A POTENTIAL ROLE AS AGROWTH AND TUMOR-SUPPRESSOR, Molecular biology of the cell, 9, 1998, pp. 1437-1437
OVEREXPRESSION OF C-MYC AND CELL IMMORTALIZATION ALTERS C-MYC PHOSPHORYLATION
Authors: LUTTERBACH B HANN SR
Citation: B. Lutterbach et Sr. Hann, OVEREXPRESSION OF C-MYC AND CELL IMMORTALIZATION ALTERS C-MYC PHOSPHORYLATION, Oncogene, 14(8), 1997, pp. 967-975
IDENTIFICATION OF DOWNSTREAM-INITIATED C-MYC PROTEINS WHICH ARE DOMINANT-NEGATIVE INHIBITORS OF TRANSACTIVATION BY FULL-LENGTH C-MYC PROTEINS
Authors: SPOTTS GD PATEL SV XIAO QR HANN SR
Citation: Gd. Spotts et al., IDENTIFICATION OF DOWNSTREAM-INITIATED C-MYC PROTEINS WHICH ARE DOMINANT-NEGATIVE INHIBITORS OF TRANSACTIVATION BY FULL-LENGTH C-MYC PROTEINS, Molecular and cellular biology, 17(3), 1997, pp. 1459-1468
TRANSIENT APPEARANCE OF CRES PROTEIN DURING SPERMATOGENESIS AND CAPUTEPIDIDYMAL SPERM MATURATION
Authors: CORNWALL GA HANN SR
Citation: Ga. Cornwall et Sr. Hann, TRANSIENT APPEARANCE OF CRES PROTEIN DURING SPERMATOGENESIS AND CAPUTEPIDIDYMAL SPERM MATURATION, Molecular reproduction and development, 41(1), 1995, pp. 37-46
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
VARIANT MAX PROTEIN, DERIVED BY ALTERNATIVE SPLICING, ASSOCIATES WITHC-MYC IN-VIVO AND INHIBITS TRANSACTIVATION
Authors: ARSURA M DESHPANDE A HANN SR SONENSHEIN GE
Citation: M. Arsura et al., VARIANT MAX PROTEIN, DERIVED BY ALTERNATIVE SPLICING, ASSOCIATES WITHC-MYC IN-VIVO AND INHIBITS TRANSACTIVATION, Molecular and cellular biology, 15(12), 1995, pp. 6702-6709
SPECIALIZED GENE-EXPRESSION IN THE EPIDIDYMIS
Authors: CORNWALL GA HANN SR
Citation: Ga. Cornwall et Sr. Hann, SPECIALIZED GENE-EXPRESSION IN THE EPIDIDYMIS, Journal of andrology, 16(5), 1995, pp. 379-383
THE ALTERNATIVELY INITIATED C-MYC PROTEINS DIFFERENTIALLY REGULATE TRANSCRIPTION THROUGH A NONCANONICAL DNA-BINDING SITE
Authors: HANN SR DIXIT M SEARS RC SEALY L
Citation: Sr. Hann et al., THE ALTERNATIVELY INITIATED C-MYC PROTEINS DIFFERENTIALLY REGULATE TRANSCRIPTION THROUGH A NONCANONICAL DNA-BINDING SITE, Genes & development, 8(20), 1994, pp. 2441-2452
REGULATION AND FUNCTION OF NON-AUG-INITIATED PROTOONCOGENES
Authors: HANN SR
Citation: Sr. Hann, REGULATION AND FUNCTION OF NON-AUG-INITIATED PROTOONCOGENES, Biochimie, 76(9), 1994, pp. 880-886
HIERARCHICAL PHOSPHORYLATION AT N-TERMINAL TRANSFORMATION-SENSITIVE SITES IN C-MYC PROTEIN IS REGULATED BY MITOGENS AND IN MITOSIS
Authors: LUTTERBACH B HANN SR
Citation: B. Lutterbach et Sr. Hann, HIERARCHICAL PHOSPHORYLATION AT N-TERMINAL TRANSFORMATION-SENSITIVE SITES IN C-MYC PROTEIN IS REGULATED BY MITOGENS AND IN MITOSIS, Molecular and cellular biology, 14(8), 1994, pp. 5510-5522
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
Risultati: 1-12 |