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Results: 1-8 |
Results: 8
CYTOTOXICITY OF IODINE-125-LABELED DNA MINOR-GROOVE BINDER IN MAMMALIAN-CELLS - DIRECT AND INDIRECT EFFECTS
Authors: KASSIS AI WALICKA MA HARAPANHALLI RS ROY AM ADELSTEIN SJ
Citation: Ai. Kassis et al., CYTOTOXICITY OF IODINE-125-LABELED DNA MINOR-GROOVE BINDER IN MAMMALIAN-CELLS - DIRECT AND INDIRECT EFFECTS, The Journal of nuclear medicine, 39(5), 1998, pp. 436-436
TRANSFORMATION OF 10T1 2 CELLS BY ECHNETIUM-99M-HEXAKIS(2-METHOXYISOBUTYLISONITRILE) (TC-99M-MIBI)/
Authors: KASSIS AI WALICKA MA DING Y ADELSTEIN SJ
Citation: Ai. Kassis et al., TRANSFORMATION OF 10T1 2 CELLS BY ECHNETIUM-99M-HEXAKIS(2-METHOXYISOBUTYLISONITRILE) (TC-99M-MIBI)/, The Journal of nuclear medicine, 39(5), 1998, pp. 841-841
SURVIVAL AND DNA-DAMAGE IN CHINESE-HAMSTER V79 CELLS EXPOSED TO ALPHA-PARTICLES EMITTED BY DNA-INCORPORATED ASTATINE-211
Authors: WALICKA MA VAIDYANATHAN G ZALUTSKY MR ADELSTEIN SJ KASSIS AI
Citation: Ma. Walicka et al., SURVIVAL AND DNA-DAMAGE IN CHINESE-HAMSTER V79 CELLS EXPOSED TO ALPHA-PARTICLES EMITTED BY DNA-INCORPORATED ASTATINE-211, Radiation research, 150(3), 1998, pp. 263-268
INDIRECT MECHANISMS CONTRIBUTE TO BIOLOGICAL EFFECTS PRODUCED BY DECAY OF DNA-INCORPORATED I-125 IN MAMMALIAN-CELLS IN-VITRO - DOUBLE-STRAND BREAKS
Authors: WALICKA MA ADELSTEIN SJ KASSIS AI
Citation: Ma. Walicka et al., INDIRECT MECHANISMS CONTRIBUTE TO BIOLOGICAL EFFECTS PRODUCED BY DECAY OF DNA-INCORPORATED I-125 IN MAMMALIAN-CELLS IN-VITRO - DOUBLE-STRAND BREAKS, Radiation research, 149(2), 1998, pp. 134-141
INDIRECT MECHANISMS CONTRIBUTE TO BIOLOGICAL EFFECTS PRODUCED BY DECAY OF DNA-INCORPORATED I-125 IN MAMMALIAN-CELLS IN-VITRO - CLONOGENIC SURVIVAL
Authors: WALICKA MA ADELSTEIN SJ KASSIS AI
Citation: Ma. Walicka et al., INDIRECT MECHANISMS CONTRIBUTE TO BIOLOGICAL EFFECTS PRODUCED BY DECAY OF DNA-INCORPORATED I-125 IN MAMMALIAN-CELLS IN-VITRO - CLONOGENIC SURVIVAL, Radiation research, 149(2), 1998, pp. 142-146
INDIRECT EFFECTS CONTRIBUTE TO DOUBLE-STRAND BREAK FORMATION FROM DECAY OF DNA-INCORPORATED I-125 IN MAMMALIAN-CELLS
Authors: KASSIS AI WALICKA MA ADELSTEIN SJ
Citation: Ai. Kassis et al., INDIRECT EFFECTS CONTRIBUTE TO DOUBLE-STRAND BREAK FORMATION FROM DECAY OF DNA-INCORPORATED I-125 IN MAMMALIAN-CELLS, The Journal of nuclear medicine, 38(5), 1997, pp. 443-443
SURVIVAL AND DNA-DAMAGE IN V79 CELLS EXPOSED TO THE ALPHA-EMITTERS 5-[AT-211]ASTATO-2'-DEOXY-URIDINE AND [AT-211]ASTATIDE
Authors: KASSIS AI WALICKA MA VAIDYANATHAN G ZALUTSKY MR ADELSTEIN SJ
Citation: Ai. Kassis et al., SURVIVAL AND DNA-DAMAGE IN V79 CELLS EXPOSED TO THE ALPHA-EMITTERS 5-[AT-211]ASTATO-2'-DEOXY-URIDINE AND [AT-211]ASTATIDE, The Journal of nuclear medicine, 38(5), 1997, pp. 964-964
DNA OF MAMMALIAN-CELLS CANNOT BE PROTECTED FROM DOUBLE-STRAND BREAKS INDUCED BY DECAY OF I-125
Authors: WALICKA MA ADELSTEIN SJ KASSIS AI
Citation: Ma. Walicka et al., DNA OF MAMMALIAN-CELLS CANNOT BE PROTECTED FROM DOUBLE-STRAND BREAKS INDUCED BY DECAY OF I-125, The Journal of nuclear medicine, 37(5), 1996, pp. 1033-1033
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