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Results: 1-12 |
Results: 12
IN-VITRO REJOINING OF DNA DOUBLE-STRAND BREAKS - A COMPARISON OF GENOMIC-DNA WITH PLASMID-DNA-BASED ASSAYS
Authors: CHEONG N PERRAULT AR ILIAKIS G
Citation: N. Cheong et al., IN-VITRO REJOINING OF DNA DOUBLE-STRAND BREAKS - A COMPARISON OF GENOMIC-DNA WITH PLASMID-DNA-BASED ASSAYS, International journal of radiation biology, 73(5), 1998, pp. 481-493
APOPTOSIS AS A PREDICTOR OF TAXOL-INDUCED RADIOSENSITIZATION
Authors: KURDOGLU B CHEONG N CORN BW CURRAN WJ ILIAKIS G
Citation: B. Kurdoglu et al., APOPTOSIS AS A PREDICTOR OF TAXOL-INDUCED RADIOSENSITIZATION, Radiology, 209P, 1998, pp. 1321-1321
IN-VITRO REJOINING OF DOUBLE-STRAND BREAKS INDUCED IN CELLULAR DNA BYBLEOMYCIN AND RESTRICTION ENDONUCLEASES
Authors: CHEONG N ILIAKIS G
Citation: N. Cheong et G. Iliakis, IN-VITRO REJOINING OF DOUBLE-STRAND BREAKS INDUCED IN CELLULAR DNA BYBLEOMYCIN AND RESTRICTION ENDONUCLEASES, International journal of radiation biology, 71(4), 1997, pp. 365-375
OVEREXPRESSION OF INSULIN-LIKE-GROWTH-FACTOR (IGF)-I RECEPTOR ENHANCES INHIBITION OF DNA-REPLICATION IN MOUSE CELLS EXPOSED TO X-RAYS
Authors: WANG Y CHEONG N MIURA M ILIAKIS G
Citation: Y. Wang et al., OVEREXPRESSION OF INSULIN-LIKE-GROWTH-FACTOR (IGF)-I RECEPTOR ENHANCES INHIBITION OF DNA-REPLICATION IN MOUSE CELLS EXPOSED TO X-RAYS, Radiation and environmental biophysics, 36(2), 1997, pp. 117-123
KU70 IS REQUIRED FOR DNA-REPAIR BUT NOT FOR T-CELL ANTIGEN RECEPTOR GENE RECOMBINATION IN-VIVO
Authors: OUYANG H NUSSENZWEIG A KURIMASA A SOARES VD LI XL CORDONCARDO C LI WH CHEONG N NUSSENZWEIG M ILIAKIS G CHEN DJ LI GC
Citation: H. Ouyang et al., KU70 IS REQUIRED FOR DNA-REPAIR BUT NOT FOR T-CELL ANTIGEN RECEPTOR GENE RECOMBINATION IN-VIVO, The Journal of experimental medicine, 186(6), 1997, pp. 921-929
IN-VITRO REJOINING OF DOUBLE-STRAND BREAKS IN CELLULAR DNA BY FACTORSPRESENT IN EXTRACTS OF HELA-CELLS
Authors: CHEONG N OKAYASU R SHAH S GANGULY T MAMMEN P ILIAKIS G
Citation: N. Cheong et al., IN-VITRO REJOINING OF DOUBLE-STRAND BREAKS IN CELLULAR DNA BY FACTORSPRESENT IN EXTRACTS OF HELA-CELLS, International journal of radiation biology, 69(6), 1996, pp. 665-677
IONIZING RADIATION-INDUCED PHOSPHORYLATION OF RPA P34 IS DEFICIENT INATAXIA-TELANGIECTASIA AND REDUCED IN AGED NORMAL FIBROBLASTS
Authors: CHENG XB CHEONG N WANG Y ILIAKIS G
Citation: Xb. Cheng et al., IONIZING RADIATION-INDUCED PHOSPHORYLATION OF RPA P34 IS DEFICIENT INATAXIA-TELANGIECTASIA AND REDUCED IN AGED NORMAL FIBROBLASTS, Radiotherapy and oncology, 39(1), 1996, pp. 43-52
DEFECTIVE REPAIR OF DNA DOUBLE-STRAND BREAKS AND CHROMOSOME-DAMAGE INFIBROBLASTS FROM A RADIOSENSITIVE LEUKEMIA PATIENT
Authors: BADIE C ILIAKIS G FORAY N ALSBEIH G PANTELLIAS GE OKAYASU R CHEONG N RUSSELL NS BEGG AC ARLETT CF MALAISE EP
Citation: C. Badie et al., DEFECTIVE REPAIR OF DNA DOUBLE-STRAND BREAKS AND CHROMOSOME-DAMAGE INFIBROBLASTS FROM A RADIOSENSITIVE LEUKEMIA PATIENT, Cancer research, 55(6), 1995, pp. 1232-1234
LOSS OF S-PHASE-DEPENDENT RADIORESISTANCE IN IRS-1 CELLS EXPOSED TO X-RAYS
Authors: CHEONG N WANG XM WANG Y ILIAKIS G
Citation: N. Cheong et al., LOSS OF S-PHASE-DEPENDENT RADIORESISTANCE IN IRS-1 CELLS EXPOSED TO X-RAYS, MUTATION RESEARCH, 314(1), 1994, pp. 77-85
COMPARISON OF YIELDS AND REPAIR KINETICS OF INTERPHASE CHROMOSOME BREAKS VISUALIZED BY SENDAI-VIRUS OR PEG-MEDIATED CELL-FUSION IN IRRADIATED CHO CELLS
Authors: OKAYASU R CHEONG N ILIAKIS G
Citation: R. Okayasu et al., COMPARISON OF YIELDS AND REPAIR KINETICS OF INTERPHASE CHROMOSOME BREAKS VISUALIZED BY SENDAI-VIRUS OR PEG-MEDIATED CELL-FUSION IN IRRADIATED CHO CELLS, International journal of radiation biology, 64(6), 1993, pp. 689-694
RADIORESISTANCE INDUCED IN RAT EMBRYO CELLS BY TRANSFECTION WITH THE ONCOGENES H-RAS PLUS V-MYC IS CELL-CYCLE DEPENDENT AND MAXIMAL DURING S AND G2
Authors: CHEONG N WANG Y ILIAKIS G
Citation: N. Cheong et al., RADIORESISTANCE INDUCED IN RAT EMBRYO CELLS BY TRANSFECTION WITH THE ONCOGENES H-RAS PLUS V-MYC IS CELL-CYCLE DEPENDENT AND MAXIMAL DURING S AND G2, International journal of radiation biology, 63(5), 1993, pp. 623-629
MITOSIS-PROMOTING FACTOR ACTIVITY OF INDUCER MITOTIC CELLS MAY AFFECTRADIATION YIELD OF INTERPHASE CHROMOSOME BREAKS IN THE PREMATURE CHROMOSOME CONDENSATION ASSAY
Authors: CHENG XB PANTELIAS GE OKAYASU R CHEONG N ILIAKIS G
Citation: Xb. Cheng et al., MITOSIS-PROMOTING FACTOR ACTIVITY OF INDUCER MITOTIC CELLS MAY AFFECTRADIATION YIELD OF INTERPHASE CHROMOSOME BREAKS IN THE PREMATURE CHROMOSOME CONDENSATION ASSAY, Cancer research, 53(23), 1993, pp. 5592-5596
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