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Results: 1-11 |
Results: 11
DNA METHYLATION AS A TARGET FOR DRUG DESIGN
Authors: BENDER CM ZINGG JM JONES PA
Citation: Cm. Bender et al., DNA METHYLATION AS A TARGET FOR DRUG DESIGN, Pharmaceutical research, 15(2), 1998, pp. 175-187
ENZYME-MEDIATED CYTOSINE DEAMINATION BY THE BACTERIAL METHYLTRANSFERASE M.MSPI
Authors: ZINGG JM SHEN JC JONES PA
Citation: Jm. Zingg et al., ENZYME-MEDIATED CYTOSINE DEAMINATION BY THE BACTERIAL METHYLTRANSFERASE M.MSPI, Biochemical journal, 332, 1998, pp. 223-230
GENETIC AND EPIGENETIC ASPECTS OF DNA METHYLATION ON GENOME EXPRESSION, EVOLUTION, MUTATION AND CARCINOGENESIS
Authors: ZINGG JM JONES PA
Citation: Jm. Zingg et Pa. Jones, GENETIC AND EPIGENETIC ASPECTS OF DNA METHYLATION ON GENOME EXPRESSION, EVOLUTION, MUTATION AND CARCINOGENESIS, Carcinogenesis, 18(5), 1997, pp. 869-882
IDENTIFICATION AND CHARACTERIZATION OF DIFFERENTIALLY METHYLATED REGIONS OF GENOMIC DNA BY METHYLATION-SENSITIVE ARBITRARILY PRIMED PCR
Authors: GONZALGO ML LIANG GN SPRUCK CH ZINGG JM RIDEOUT WM JONES PA
Citation: Ml. Gonzalgo et al., IDENTIFICATION AND CHARACTERIZATION OF DIFFERENTIALLY METHYLATED REGIONS OF GENOMIC DNA BY METHYLATION-SENSITIVE ARBITRARILY PRIMED PCR, Cancer research, 57(4), 1997, pp. 594-599
IDENTIFICATION AND CHARACTERIZATION OF DIFFERENTIALLY METHYLATED REGIONS OF GENOMIC DNA BY METHYLATION SENSITIVE ARBITRARILY PRIMED PCR
Authors: GONZALGO ML SPRUCK CH ZINGG JM YANG AS JONES PA
Citation: Ml. Gonzalgo et al., IDENTIFICATION AND CHARACTERIZATION OF DIFFERENTIALLY METHYLATED REGIONS OF GENOMIC DNA BY METHYLATION SENSITIVE ARBITRARILY PRIMED PCR, Journal of investigative medicine, 44(1), 1996, pp. 105-105
METHYLATION INHIBITORS CAN INCREASE THE RATE OF CYTOSINE DEAMINATION BY (CYTOSINE-5)-DNA METHYLTRANSFERASE
Authors: ZINGG JM SHEN JC YANG AS RAPOPORT H JONES PA
Citation: Jm. Zingg et al., METHYLATION INHIBITORS CAN INCREASE THE RATE OF CYTOSINE DEAMINATION BY (CYTOSINE-5)-DNA METHYLTRANSFERASE, Nucleic acids research, 24(16), 1996, pp. 3267-3275
THE RATE OF CPG MUTATION IN ALU REPETITIVE ELEMENTS WITHIN THE P53 TUMOR-SUPPRESSOR GENE IN THE PRIMATE GERMLINE
Authors: YANG AS GONZALGO ML ZINGG JM MILLAR RP BUCKLEY JD JONES PA
Citation: As. Yang et al., THE RATE OF CPG MUTATION IN ALU REPETITIVE ELEMENTS WITHIN THE P53 TUMOR-SUPPRESSOR GENE IN THE PRIMATE GERMLINE, Journal of Molecular Biology, 258(2), 1996, pp. 240-250
HHAI AND HPAII DNA METHYLTRANSFERASES BIND DNA MISMATCHES, METHYLATE URACIL AND BLOCK DNA-REPAIR
Authors: YANG AS SHEN JC ZINGG JM MI S JONES PA
Citation: As. Yang et al., HHAI AND HPAII DNA METHYLTRANSFERASES BIND DNA MISMATCHES, METHYLATE URACIL AND BLOCK DNA-REPAIR, Nucleic acids research, 23(8), 1995, pp. 1380-1387
MUTANT HPAII METHYLTRANSFERASE FUNCTIONS AS A MUTATOR ENZYME
Authors: SHEN JC ZINGG JM YANG AS SCHMUTTE C JONES PA
Citation: Jc. Shen et al., MUTANT HPAII METHYLTRANSFERASE FUNCTIONS AS A MUTATOR ENZYME, Nucleic acids research, 23(21), 1995, pp. 4275-4282
MYOD1 PROMOTER AUTOREGULATION IS MEDIATED BY 2 PROXIMAL E-BOXES
Authors: ZINGG JM PEDRAZAALVA G JOST JP
Citation: Jm. Zingg et al., MYOD1 PROMOTER AUTOREGULATION IS MEDIATED BY 2 PROXIMAL E-BOXES, Nucleic acids research, 22(12), 1994, pp. 2234-2241
AP-1 BINDS TO A PUTATIVE CAMP RESPONSE ELEMENT OF THE MYOD1 PROMOTER AND NEGATIVELY MODULATES MYOD1 EXPRESSION IN DIVIDING MYOBLASTS
Authors: PEDRAZAALVA G ZINGG JM JOST JP
Citation: G. Pedrazaalva et al., AP-1 BINDS TO A PUTATIVE CAMP RESPONSE ELEMENT OF THE MYOD1 PROMOTER AND NEGATIVELY MODULATES MYOD1 EXPRESSION IN DIVIDING MYOBLASTS, The Journal of biological chemistry, 269(9), 1994, pp. 6978-6985
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