Explore the fascinating world of biological pattern formation in this comprehensive lecture by Vijaykumar Krishnamurthy from the International Centre for Theoretical Sciences. Delve into topics such as nonequilibrium patterns, pigmentation in snakes, cell division, tissue development, and active matter. Examine physical problems in developmental biology, hydrodynamic theories, and reaction-diffusion models including Turing patterns. Investigate the cytoskeleton as a force generator, the hydrodynamics of active gels, and mechanochemical patterns in the actomyosin cortex. Gain insights into emergence, steady-state phenomena, and the reductionist versus constructionist approaches in understanding complex biological systems.
Overview
Syllabus
BANGALORE SCHOOL ON
Patterns in Biology
Nonequilibrium patterns
Natural Patterns
Pigmentation patterns in Snakes
Cell division patterns
Development of multicellular organisms
Tissue patterns
Vertex Models of epithelial tissues
Physical problems in developmental biology
Active matter
[Demo]
ROGER IIA Powered by Zoom
ROGER ILA powered by Zoom
ROGER HA Powered by Zoom
ROGER I I Powered by Zoom
CEPHALOPOD CAMOUFLAGE
Reductionist versus Constructionist
Emergence
HYDRODYNAMICS
NONEQUILIBRIUM STEADY-STATE
HYDRODYNAMIC THEORIES
HYDRODYNAMIC FIELDS
RANDOM WALK MODEL
Reaction-Diffusion : Morphogen gradients
Reaction-diffusion equations
Turing patterns
Reaction-Diffusion : Turing patterns
Reaction-Diffusion patterns
Living Cells
Cytoskeleton : Force-generator
Hydrodynamics of active gels
The actomyosin cortex of cells
Mechanochemically patterns in the actomyosin corte
Big picture
Ojasvi Shara
Taught by
International Centre for Theoretical Sciences
