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Peter
J. Johnston
johnston@gci.ac.uk
Gray Cancer Institute
Past
Project:
Mechanisms
of Enhanced Cell Killing at Low Doses: Implications for Radiation
Risk
Technical
Abstracts:
- 2002
Workshop:
Mechanisms
of Enhanced Cell Killing at Low Doses: Implications for
Radiation Risk. Project ID: 69981.
Johnston, P.J., Cann, N.E.,. Mitchell, C.R., Short,
S., Marples, B., Scott, S.D., Joiner, M.C. and Wilson, G.D.
- 2001
Workshop:
Mechanisms
of Enhanced Cell Killing at Low Doses: Implications for
Radiation Risk.
Marples, B., Johnston, P.J., Scott, S.D.,
Wilson, G.D. and Joiner, M.C.
- 1999
Workshop:
Mechanisms
of Enhanced Cell Killing at Low Doses: Implications for Radiation
Risk.
Joiner, M.C., Johnston, P.J., Marples, B.,
Scott, S.D. and Wilson,
G.D.
Publications:
Marples,
B., Cann, N.E., Mitchell, C.R., Johnston, P.J.,
Joiner, M.C. (2002) Evidence for the involvement of
DNA-dependent protein kinase in the phenomena of low dose
hyper-radiosensitivity and increased radioresistance, Int.
J. Radiat. Biol. 78(12): 1139- 1149.
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