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A. Polezhaev, A. Kolobov, V. Gubernov (LPI RAS). Mechanism for selecting the minimal rate of invasive tumor growth in a model that takes into account the dichotomy of migration and proliferation of cells [pdf].
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V. Leonenko, N. Pertcev (OBIM SB RAS). Stochastic model of indentification individuals predisposed to development of colorectal cancer [pdf].
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S. Zaichik, A. Bratus (MSU), E. Fimmel’ (University of Mannheim). Estimation of therapy quality in distributed nonlinear model of malignant cells growth [pdf].
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D.Konyagin, A. Dzhoraev (NVIDIA). NVIDIA Tesla desicions for problems on bioinformatics and biomedicine
[pdf].
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K. Avilov (INM RAS). Socio-economical heterogeneity in epidemiology of tuberculosis[pdf].
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N. Pertcev, V. Leonenko (OBIM SB RAS). Discrete stochastic models for studying the dynamics of infectious diseases [pdf].
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T. Sannikova (INM RAS). Mathematical model of human energy homeostasis [pdf].
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A. Novozhilov (MSU RE). SIR epidemiological models for heterogeneous populations [pdf].
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S. Kozirev (MI RAS). 2-adic structure of the genetic code [pdf].
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S. Rizhov (TESIS) Overview of SIMULIA/Abaqus software package opportunities for biomedical problems [pdf].
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G. Panasenko, V. Volpert, P. Kurbatov (University of Lyon). Hybrid discrete-continuous models: asymptotic and numerical study [pdf].
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A. Danilov, S. Rudnev, Yu. Vassilevski (INM RAS), V. Salamatova (SEC INM RAS), D. Nikolaev, A. Smirnov (MEDASS). Bioimpedance analysis: basis of the method and computational technologies [pdf].
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D. Sarancha, R. Trashchev (CC RAS). On the interaction of imitating and analytical methods when modelling of ecologo-biological objects.
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N. Pertcev (OBIM SB RAS). Application of monotonous operators and M-matrices method to solution investigation of some models of living systems [pdf].
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A. Lotov, N. Gorbun (CC RAS), A. Bratus (MSU). Application of the Pareto boundary visualization to search of effective strategies for HIV infection treatment [ppt].
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S. Simakov, Yan Naing So (MIPT), Yu. Vassilevski, Yu. Ivanov (INM RAS), V. Salamatova (SEC INM RAS), T. Dobroserdova (MSU). Using of one-dimensional closed model for numerical analysis of blood flow in vessel network with atherosclerosis and for transport of substances [ppt].
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V. Volpert (University of Lyon). Dissipative particle dynamics for modelling of blood flow [ppt].
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A. Shchelyaev (TESIS). Experience in using of FlowVision software package for biomedical problems [pdf].