[[abstract]]The repair of radiation-induced DNA double-strand breaks (DSBs) is analyzed kinetically. It is assumed that a fraction of the damaged sites in the DNA duplex are irreparable. The kinetic model takes the effect of radiation dose into account. The analysis of the available experimental data reveals that, although the number of irreparable DSBs is a quadratic function of radiation dose, the normalized number of irreparable DSBs correlates linearly with this variable.[[notice]]補正完畢[[journaltype]]國
Recent experimental data have revealed a wealth of information that provides an exceptional oppor...
International audienceThere is a large body of evidence that stress-induced DNA damage may be respon...
<div><p>When cells are exposed to ionizing radiation, DNA damages in the form of single strand break...
[[abstract]]A three-state stochastic model is described for the repair of radiation-induced double-s...
PURPOSE: To investigate the role of kinetics in the processing of DNA double strand breaks (DSB), an...
[[abstract]]A problem often overlooked in the study of the repair of radiation-induced DNA double-st...
“A double-edged sword-like of ionizing radiationâ€, a common phrase used to describe the effect of...
Radiobiological models, such as the lethal and potentially le-thal (LPL) model and the repair-misrep...
DNA double-strand breaks (DSB) are an important direct consequence of treating cells with ionizingra...
markdownabstract__Abstract__ DNA damage, especially double-strand breaks, can be induced by endog...
<div><p>Mechanistic modeling of DNA double strand break (DSB) rejoining is important for quantifying...
In this thesis, we are concerned with the molecular biology processes of ionising radiation (IR) dam...
The biophysical simulation code PARTRAC has been used in many studies of DNA damage induced by vario...
The multicellular signaling model (MULTISIG1) was recently introduced to simulate the kinetics of re...
PURPOSE: To test the stochastic model for DNA double-strand break (DSB) repair via non-homologous en...
Recent experimental data have revealed a wealth of information that provides an exceptional oppor...
International audienceThere is a large body of evidence that stress-induced DNA damage may be respon...
<div><p>When cells are exposed to ionizing radiation, DNA damages in the form of single strand break...
[[abstract]]A three-state stochastic model is described for the repair of radiation-induced double-s...
PURPOSE: To investigate the role of kinetics in the processing of DNA double strand breaks (DSB), an...
[[abstract]]A problem often overlooked in the study of the repair of radiation-induced DNA double-st...
“A double-edged sword-like of ionizing radiationâ€, a common phrase used to describe the effect of...
Radiobiological models, such as the lethal and potentially le-thal (LPL) model and the repair-misrep...
DNA double-strand breaks (DSB) are an important direct consequence of treating cells with ionizingra...
markdownabstract__Abstract__ DNA damage, especially double-strand breaks, can be induced by endog...
<div><p>Mechanistic modeling of DNA double strand break (DSB) rejoining is important for quantifying...
In this thesis, we are concerned with the molecular biology processes of ionising radiation (IR) dam...
The biophysical simulation code PARTRAC has been used in many studies of DNA damage induced by vario...
The multicellular signaling model (MULTISIG1) was recently introduced to simulate the kinetics of re...
PURPOSE: To test the stochastic model for DNA double-strand break (DSB) repair via non-homologous en...
Recent experimental data have revealed a wealth of information that provides an exceptional oppor...
International audienceThere is a large body of evidence that stress-induced DNA damage may be respon...
<div><p>When cells are exposed to ionizing radiation, DNA damages in the form of single strand break...