
Video lectures on bioinformatics
The Institute of Cytology and Genetics holds an annual school of young scientists. Leading scientists in the field of bioinformatics and systems biology are invited to the school. For the second year now, we have been recording lectures and putting them in the public domain.
Cellular fundamentals of plant growth - results and questions
System computer biology
Modeling of evolutionary-population processes
Mathematical modeling of gene network dynamics
ChIP-seq technologies and computer analysis of genomic profiles of transcription factor binding
Application of modeling methods to the study of flower development processes
Mathematical models in biology. History and classification of modern models
Kinetic and multiparticle models of the primary processes of photosynthesis
Multivariate analysis of microarray data
Analysis of evolution and stability of proteins in extremophile populations
Linking data and models for systems biology: requirements and challenges
Quasi-equilibrium and non-equilibrium modeling of biochemical reaction networks
Numerical experiment in molecular biophysics of proteins and membranes: tasks and solutions for proteomics
New trends in medical genomics ( part1 , part2 , part3 , part4 )
Dynamic Programming in Bellman's GAP
Fundamentals of flux analysis
Data integration in systems biology: SySMO DB on the focus
Parallel computations applied to phylogenetics
Genome projects and gene annotation
Quasi-equilibrium and non-equilibrium modeling of biochemical reaction networks ( part1 , part2 )
Cellular fundamentals of plant growth - results and questions
System computer biology
Modeling of evolutionary-population processes
Mathematical modeling of gene network dynamics
ChIP-seq technologies and computer analysis of genomic profiles of transcription factor binding
Application of modeling methods to the study of flower development processes
Mathematical models in biology. History and classification of modern models
Kinetic and multiparticle models of the primary processes of photosynthesis
Multivariate analysis of microarray data
Analysis of evolution and stability of proteins in extremophile populations
Linking data and models for systems biology: requirements and challenges
Quasi-equilibrium and non-equilibrium modeling of biochemical reaction networks
Numerical experiment in molecular biophysics of proteins and membranes: tasks and solutions for proteomics
New trends in medical genomics ( part1 , part2 , part3 , part4 )
Dynamic Programming in Bellman's GAP
Fundamentals of flux analysis
Data integration in systems biology: SySMO DB on the focus
Parallel computations applied to phylogenetics
Genome projects and gene annotation
Quasi-equilibrium and non-equilibrium modeling of biochemical reaction networks ( part1 , part2 )