Although DNA lesions are considered of prime importance for describing the post-irradiation cellular survival, they still remain rarely studied on both experimental and theoretical sides. Under these conditions, we here propose different theoretical models for predicting the single ionization and single capture total cross sections for DNA bases impacted by protons
Action of radiations on biological tissues is of major concern in cancer therapy development. Unders...
International audienceWe present a nanodosimetric model for predicting the yield of double strand br...
To present a closed formalism calculating charged particle radiation damage induced in DNA. The form...
Although DNA lesions are considered of prime importance for describing the post-irradiation cellular...
Ionization of biomolecules remains still today rarely investigated on both the experimental and the ...
As part of the database for building up a biochemical model of DNA radiation damage, electron impact...
Proton beam therapy allows irradiating tumor volumes with reduced side effects on normal tissues wit...
Monte Carlo simulations can quantify various types of DNA damage to evaluate the biological effects ...
Although DNA damage is widely viewed as a critical target for the induction of cell killing by ioniz...
Ionization and fragmentation of DNA and its constituents is it primary step in biological radiation ...
We report calculations on single differential and total cross sections for single ionization and sin...
To study the characteristics of molecular damage induced by ionizing radiation at the DNA level, Mon...
The estimation of the risk from low doses of ionizing radiation is still a debated question. Our kno...
The dependence of the initial production of DNA damages on radiation quality was examined by using a...
The effect of ionizing radiations upon biological material continues to evoke great scientific inter...
Action of radiations on biological tissues is of major concern in cancer therapy development. Unders...
International audienceWe present a nanodosimetric model for predicting the yield of double strand br...
To present a closed formalism calculating charged particle radiation damage induced in DNA. The form...
Although DNA lesions are considered of prime importance for describing the post-irradiation cellular...
Ionization of biomolecules remains still today rarely investigated on both the experimental and the ...
As part of the database for building up a biochemical model of DNA radiation damage, electron impact...
Proton beam therapy allows irradiating tumor volumes with reduced side effects on normal tissues wit...
Monte Carlo simulations can quantify various types of DNA damage to evaluate the biological effects ...
Although DNA damage is widely viewed as a critical target for the induction of cell killing by ioniz...
Ionization and fragmentation of DNA and its constituents is it primary step in biological radiation ...
We report calculations on single differential and total cross sections for single ionization and sin...
To study the characteristics of molecular damage induced by ionizing radiation at the DNA level, Mon...
The estimation of the risk from low doses of ionizing radiation is still a debated question. Our kno...
The dependence of the initial production of DNA damages on radiation quality was examined by using a...
The effect of ionizing radiations upon biological material continues to evoke great scientific inter...
Action of radiations on biological tissues is of major concern in cancer therapy development. Unders...
International audienceWe present a nanodosimetric model for predicting the yield of double strand br...
To present a closed formalism calculating charged particle radiation damage induced in DNA. The form...