Williams D. (2009) "Radiation carcinogenesis: lessons from Chernbyl" http://t.co/9w33n8SvKf
2013-03-29 01:14:28Williams (2009) "the genotype - phenotype and latency - clinical behavior interaction"
2013-03-29 01:21:32Williams (2009) "plausible scenario to explain the pathobiology of the development of these tumors"
2013-03-29 01:22:30Williams (2009) "most spontaneous and chemical carcinogen-induced mutations are point mutations"
2013-03-29 01:23:39Williams (2009) "radiation preferentially induces double-strand DNA breaks, which can lead to deletions and rearrangements"
2013-03-29 01:24:15Williams (2009) "RET–PTC3 has been shown in vitro to induce a higher growth rate than RET–PTC1"
2013-03-29 01:27:33Williams (2009) "it may well be that this explains the shorter latency and greater aggressiveness of RET–PTC3 tumors."
2013-03-29 01:29:57Dillwyn Williams: Thyroid cancers after the Chernobyl accident http://t.co/kcgNqUv1Wm より http://t.co/lhfRASwAGP
2013-03-29 00:50:21