Play all

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

Description:

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.

Pattern Formation in Biology - Lecture 1

International Centre for Theoretical Sciences

Add to list

#Science #Biology #Physics #Fluid Mechanics #Hydrodynamics #Developmental Biology #Morphogenesis #Cell Biology #Cytoskeleton #Condensed Matter Physics #Soft Matter Physics #Active Matter #Mathematics #Differential Equations #Reaction-Diffusion Systems