Stewart, R ., D., Ratnayake, R.K., and Jennings, K. (2006) Microdosimetric model for the induction of cell killing through medium-borne signals. Radiation Research 165(4):460-469.
Schöllnberger, H., Stewart, R.D., and Mitchel, R.E.J. (2005) Low-LET induced radioprotective mechanisms within a stochastic two-stage cancer model. Dose-Response 3(4):508-518.
Ratnayake,
R.K., Semenenko, V.A., and Stewart, R.D. (2005)
Retrospective analysis of DSB rejoining data collected
using warm-lysis PFGE protocols. International J. of
Radiation Biology 81(6):421-428.
Semenenko, V.A. and Stewart, R.D. (2005)
Monte Carlo simulation of base and nucleotide excision repair
of clustered DNA damage sites: II. Comparisons of model predictions
to measured data. Radiation Research 164(2):194-201.
Semenenko, V.A., Stewart, R.D.,
Ackerman, E.J. (2005) Monte Carlo simulation of base and
nucleotide excision repair of clustered DNA damage sites:
I. Model properties and predicted trends. Radiation Research 164(2):180-193.
Schöllnberger, H., Stewart,
R.D., Mitchel, R.E.J., and Hofmann, W. (2004)
An examination of radiation hormesis mechanisms using a
multi-stage carcinogenesis model. Nonlinearity in Biology,
Toxicology and Medicine 2:317-352.
Semenenko,
V.A. and Stewart, R.D. (2004) A fast
Monte Carlo algorithm to simulate the spectrum of DNA
damages formed by ionizing radiation. Radiation Research 161(4):451–457.
Guerrero,
M., Stewart, R.D., Wang J., and Li, X.A. (2002)
Equivalence of the linear-quadratic and two-lesion kinetic
models. Phys.
Med. Biol. 47(17):3197-3209.
