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Results: 1-12 |
Results: 12
ENHANCEMENT OF TUMOR RADIATION RESPONSE BY THE ANTIVASCULAR AGENT 5,6-DIMETHYLXANTHENONE-4-ACETIC ACID
Authors: WILSON WR LI AE COWAN DSM SIIM BG
Citation: Wr. Wilson et al., ENHANCEMENT OF TUMOR RADIATION RESPONSE BY THE ANTIVASCULAR AGENT 5,6-DIMETHYLXANTHENONE-4-ACETIC ACID, International journal of radiation oncology, biology, physics, 42(4), 1998, pp. 905-908
EXTRAVASCULAR DIFFUSION OF TIRAPAZAMINE - EFFECT OF METABOLIC CONSUMPTION ASSESSED USING THE MULTICELLULAR LAYER MODEL
Authors: HICKS KO FLEMING Y SIIM BG KOCH CJ WILSON WR
Citation: Ko. Hicks et al., EXTRAVASCULAR DIFFUSION OF TIRAPAZAMINE - EFFECT OF METABOLIC CONSUMPTION ASSESSED USING THE MULTICELLULAR LAYER MODEL, International journal of radiation oncology, biology, physics, 42(3), 1998, pp. 641-649
NITRO REDUCTION AS AN ELECTRONIC SWITCH FOR BIOREDUCTIVE DRUG ACTIVATION
Authors: SIIM BG DENNY WA WILSON WR
Citation: Bg. Siim et al., NITRO REDUCTION AS AN ELECTRONIC SWITCH FOR BIOREDUCTIVE DRUG ACTIVATION, Oncology research, 9(6-7), 1997, pp. 357-369
HYPOXIA-SELECTIVE ANTITUMOR AGENTS .15. MODIFICATION OF RATE OF NITROREDUCTION AND EXTENT OF LYSOSOMAL UPTAKE BY POLYSUBSTITUTION OF 4-(ALKYLAMINO)-5-NITROQUINOLINE BIOREDUCTIVE DRUGS
Authors: SIIM BG ATWELL GJ ANDERSON RF WARDMAN P PULLEN SM WILSON WR DENNY WA
Citation: Bg. Siim et al., HYPOXIA-SELECTIVE ANTITUMOR AGENTS .15. MODIFICATION OF RATE OF NITROREDUCTION AND EXTENT OF LYSOSOMAL UPTAKE BY POLYSUBSTITUTION OF 4-(ALKYLAMINO)-5-NITROQUINOLINE BIOREDUCTIVE DRUGS, Journal of medicinal chemistry, 40(9), 1997, pp. 1381-1390
TIRAPAZAMINE-INDUCED CYTOTOXICITY AND DNA-DAMAGE IN TRANSPLANTED TUMORS - RELATIONSHIP TO TUMOR HYPOXIA
Authors: SIIM BG MENKE DR DORIE MJ BROWN JM
Citation: Bg. Siim et al., TIRAPAZAMINE-INDUCED CYTOTOXICITY AND DNA-DAMAGE IN TRANSPLANTED TUMORS - RELATIONSHIP TO TUMOR HYPOXIA, Cancer research, 57(14), 1997, pp. 2922-2928
ADAPTATION OF HUMAN TUMOR-CELLS TO TIRAPAZAMINE UNDER AEROBIC CONDITIONS - IMPLICATIONS OF INCREASED ANTIOXIDANT ENZYME-ACTIVITY TO MECHANISM OF AEROBIC CYTOTOXICITY
Authors: ELWELL JH SIIM BG EVANS JW BROWN JM
Citation: Jh. Elwell et al., ADAPTATION OF HUMAN TUMOR-CELLS TO TIRAPAZAMINE UNDER AEROBIC CONDITIONS - IMPLICATIONS OF INCREASED ANTIOXIDANT ENZYME-ACTIVITY TO MECHANISM OF AEROBIC CYTOTOXICITY, Biochemical pharmacology, 54(2), 1997, pp. 249-257
TIRAPAZAMINE-INDUCED DNA-DAMAGE MEASURED USING THE COMET ASSAY CORRELATES WITH CYTOTOXICITY TOWARDS HYPOXIC TUMOR-CELLS IN-VITRO
Authors: SIIM BG VANZIJL PL BROWN JM
Citation: Bg. Siim et al., TIRAPAZAMINE-INDUCED DNA-DAMAGE MEASURED USING THE COMET ASSAY CORRELATES WITH CYTOTOXICITY TOWARDS HYPOXIC TUMOR-CELLS IN-VITRO, British Journal of Cancer, 73(8), 1996, pp. 952-960
EFFICIENT REDOX CYCLING OF NITROQUINOLINE BIOREDUCTIVE DRUGS DUE TO AEROBIC NITROREDUCTION IN CHINESE-HAMSTER CELLS
Authors: SIIM BG WILSON WR
Citation: Bg. Siim et Wr. Wilson, EFFICIENT REDOX CYCLING OF NITROQUINOLINE BIOREDUCTIVE DRUGS DUE TO AEROBIC NITROREDUCTION IN CHINESE-HAMSTER CELLS, Biochemical pharmacology, 50(1), 1995, pp. 75-82
DOES DNA TARGETING AFFECT THE CYTOTOXICITY AND CELL UPTAKE OF BASIC NITROQUINOLINE BIOREDUCTIVE DRUGS
Authors: SIIM BG DENNY WA WILSON WR
Citation: Bg. Siim et al., DOES DNA TARGETING AFFECT THE CYTOTOXICITY AND CELL UPTAKE OF BASIC NITROQUINOLINE BIOREDUCTIVE DRUGS, International journal of radiation oncology, biology, physics, 29(2), 1994, pp. 311-315
OXYGEN DEPENDENCE OF THE CYTOTOXICITY AND METABOLIC-ACTIVATION OF 4-ALKYLAMINO-5-NITROQUINOLINE BIOREDUCTIVE DRUGS
Authors: SIIM BG ATWELL GJ WILSON WR
Citation: Bg. Siim et al., OXYGEN DEPENDENCE OF THE CYTOTOXICITY AND METABOLIC-ACTIVATION OF 4-ALKYLAMINO-5-NITROQUINOLINE BIOREDUCTIVE DRUGS, British Journal of Cancer, 70(4), 1994, pp. 596-603
METABOLIC AND RADIOLYTIC REDUCTION OF 4-ALKYLAMINO-5-NITROQUINOLINE BIOREDUCTIVE DRUGS - RELATIONSHIP TO HYPOXIA-SELECTIVE CYTOTOXICITY
Authors: SIIM BG ATWELL GJ WILSON WR
Citation: Bg. Siim et al., METABOLIC AND RADIOLYTIC REDUCTION OF 4-ALKYLAMINO-5-NITROQUINOLINE BIOREDUCTIVE DRUGS - RELATIONSHIP TO HYPOXIA-SELECTIVE CYTOTOXICITY, Biochemical pharmacology, 48(8), 1994, pp. 1593-1604
METABOLIC AND RADIOLYTIC REDUCTION OF 4-ALKYLAMINO-5-NITROQUINOLINE BIOREDUCTIVE DRUGS - RELATIONSHIP TO HYPOXIA-SELECTIVE CYTOTOXICITY
Authors: SIIM BG ATWELL GJ WILSON WR
Citation: Bg. Siim et al., METABOLIC AND RADIOLYTIC REDUCTION OF 4-ALKYLAMINO-5-NITROQUINOLINE BIOREDUCTIVE DRUGS - RELATIONSHIP TO HYPOXIA-SELECTIVE CYTOTOXICITY, Biochemical pharmacology, 48(8), 1994, pp. 1593-1604
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