6th Russian Workshop on Mathematical Models and Numerical Methods in Biomathematics and 4-th International Workshop on the Multiscale Modeling and Methods in Biology and Medicine

• A.Chupakhin (Inst. of hydrodynamics, Novosibirsk). Blood flow monitoring in brain vessels
  
• A.Cherevko (Inst. of hydrodynamics, Novosibirsk). Numerical modelling of affected zone for cerebral aneurysm
  
• I.Petrenko (Vladimir State Univ.). Embolization of arteriovenous malformations: model and optimization
  
• A.Khe (Inst. of hydrodynamics, Novosibirsk). Modelling of multiple cerebral aneurysms
  
• A.Yanchenko (Novosibirsk State Univ.). Numerical and experimental study of blood flow in carotid bifurcation
  
• Yu.Ivanov (INM, Moscow), R.Pryamonosov (Moscow State Univ.). Patient specific reconstruction of vascular network for hemodynamic modelling
  
• T.Gamilov, S.Simakov (Moscow Inst.Phys.Tech.), E.Boileau (Swansea Univ.). Validation and testing of 1D haemodynamics models
  
• G.Panasenko (Inst. C.Jordan, St-Etienne, Laboratory Poncelet, Moscow). Junction of models of different dimension for flows in thin structures
  
• S.Simakov, T.Gamilov (Moscow Inst.Phys.Tech.). 1D-0D coupled algorithms for haemodynamical modeling
  
• V.Volpert (Inst. C.Jordan, Lyon). Multi-scale models in cell dynamics
  
• G.Vial (Inst. C.Jordan, Lyon). Profile computations for elliptic problems in domains with small holes
  
• F.Ataullakhanov (National Cent.Problems in Chemo-Physical Pharmacology, Moscow). Multiscale modelling of the microtubule dynamics
  
• V.Shiryaev, J.Orlik (Fraunhofer Inst., Kaiserslautern), G.Panasenko (Instit. Camille Jordan, St-Etienne, Labor. Poncelet, Moscow). Optimization of Robin-type problems of elasticity via homogenizationand beam models with the application to medical textiles design
  
• N.Pertsev (Inst. of Mathematics, Omsk). Application of M-matricies for study a high-dimension models in biology and medicine: stability and asymptotic behavior of solutions
  
• J.Orlik, D. Cioranescu, A. Damlamian, V. Shiryaev (Fraunhofer Inst., Kaiserslautern). Homogenization of the frictional contact problems on a periodic medical textiles
  
• R.Aliev, R.Syunyaev (Moscow Inst.Phys.Tech., Fed.Biomedical Agency). Computer simulations of propagation and reentry patterns in the sinoatrial node
• A.Tsaturyan (Moscow State Univ.).
  A mechanochemical model of cardiac muscle: simulation of experiments in vitro and left ventricle pumping function
  
• A.Vasilyeva, N.Vikulova, V.Marhasin, O.Soloyyova (Inst. Immunology and Physiology, Yekaterinburg). Transmural heterogeneity of myocardium in norm and pathology
  
• A.Danilov (INM). ECG numerical modelling for patients with pathologies
• A.Kursanov (Inst. Immunology and Physiology, Yekaterinburg). Impact of mechanical factors on o rhythm disturbances in mathematical model of cardiac fiber
  
• S.I.Mukhin (Moscow State Univ.). Mathematical models of hemodynamic as an instrument for solution of related medical problems
  
• A.Medvinskiy, N.Nurieva, A.Rusakov (Inst.Theoretical and Exper.Biophysics, Puschino), B.Adamovich, T.Miheev, T.Zhukova (Belorus.state univ., Minsk), N.Radchikova (Belorus. state pedagog. univ.). Life on chaos border? Mathematical modelling and analysis of field measurements
  
• N.Pertsev (Inst. of Mathematics, Omsk). Asymptotic behavior of solutions of mathematical models for epidemic processes with common structural properties
  
• V.Leonenko (Univ. of inform.technologies, mechanics and optics, S-Peterburg), N.Pertsev (Inst. of Mathematics, Omsk). High performance computing for mimetic modelling of socially significant diseases propagation
  
• R.Trascheev (Inst.Fund.Problems of Biology, Puschino), D.Sarancha (Computing Centre,Moscow). Approaches to modelling of biocenosis
  
• A.Bratus (Moscow State Univ.), S.Yu. Kovalenko (Fed.scient.clinic.center, Moscow), H. Fimmel (Univ.Mannheim, Germany). On viable therapy strategy in mathematical models of interaction drugs and maligant cells
  
• Jean Clairambault, Rebecca Chisholm, Tommaso Lorenzi, Alexander Lorz, Benoît Perthame, Emmanuel Trélat (Jacques-Louis Lions Laboratory, INRIA & UPMC, Paris), Alexandre Escargueil (Cancer Biology and Therapeutics Lab, INSERM & UPMC, St Antoine Hosp., Paris). Drug resistance in cancer: biological and medical issues, continuous modelling using structured population dynamics and theoretical therapeutic optimisation
  
• T.Galochkina (Fed. Biomedical Agency, MSU, Moscow), A.Bratus (Moscow State Univ.), Víctor M. Pérez García (Univer. de Castilla-La Mancha). Optimal radiotherapy regimes for low grade gliomas: insights from a mathematical model
  
• A.Kolobov (Phys.Inst., INM, Moscow), M.Kuznetsov (Phys.Inst.). Tumor growth modeling under antiangiogenic therapy
  
• S.Maltseva (Inst. of Mathematics, Novosibirsk). Cerebral vascular network reconstruction on high field MRI data
  
• V.Salamatova (Moscow Inst.Phys.Tech., INM). Modelling of soft tissue deformation
  
• E.Timme (Inst. Biomedical Problems, Moscow), E.Akimov, M.Vinogradov (Sports center of innovative technologies, Moscow). Modeling of sport shape dynamics in endurance sports
  
• V.Maryakhina, Gun’kov V.V. (Orenburg State Univ.). Fluorescence of photosensitizer and its diffusion in biological liquid flow
  
• K.Novikov (Moscow State Univ.). Mathematical modelling of early endosomes and dynamics of Rab5
  
• D.Konyagin (NVIDIA, Moscow). Accelerated Computing from Mobile Devices to Supercomputers