Titlebook: Computational Approaches in Molecular Radiation Biology; Monte Carlo Methods Matesh N. Varma,Aloke Chatterjee Book 1994 Springer Science+Bu

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https://doi.org/10.1007/978-1-4757-9788-6DNA; Termination; biological effects; development; imaging; liquid water; molecular biology

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978-1-4757-9790-9Springer Science+Business Media New York 1994

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On Bidimensional Congestion Games,of data bases which contain extremely large amounts of information has proven to be an unexpectedly important factor in gaining acceptance and respectability for theoretical work that builds on nothing more than what is in the data base itself, such as theoretical work involving the analysis of know

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Infusion

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https://doi.org/10.1007/978-3-030-01325-7 critical to the normal function of cells. This part of the energy deposition produces numerous reactive species that can diffuse to DNA sequences and induce chemical changes. The average diffusion distance of the free radicals that mediate this indirect mode of DNA damage is only a few nanometers b

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Sharpness: A Tight Condition for Scalabilityondensed water surrounding it. Both direct and indirect effects are treated explicitly. The cross-sectional input necessary in the transport codes was obtained via quantum-mechanical calculations of the dielectric response function, ε(.,ω), of polycytidine. For each inelastic event on DNA we score t

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Locality of Not-so-Weak Coloringic models of chromosomes used for analyzing aberration yields should have the same degree of realism as track structure models. However, observed chromosome aberrations are produced by processes on comparatively large scales, e.g., misrepair involving two DSB located on different chromosomes or two