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Pattern Formation in Biology Lecture 4
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HYDRODYNAMICS Extension of thermodynamic
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HYDRODYNAMIC THEORIES
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Einstein fluctuation formula
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How does the entropy change?
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General idea
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Classical examples
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Equations for the conserved fields
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Conservation laws
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Momentum conservation
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Angular momentum
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Chemical concentration
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Chemical reactions
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Orientational degrees of freedom
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Simple isotropic fluid
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HYDRODYNAMIC FIELDS
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CONJUGATE FIELDS
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Cytoskeleton : Force-generator
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The actomyosin cortex of cells
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Hydrodynamics of active gels
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Hydrodynamics of the actomyosin cortex
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Useful picture...?
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Pattern formation in active fluids
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Stationary patterns in the cortex
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Questions
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Force balance
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Active pulsatory patterns - 2 species
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Q&A
Description:
Explore the fascinating world of pattern formation in biology through this comprehensive lecture by Vijaykumar Krishnamurthy from the International Centre for Theoretical Sciences. Delve into hydrodynamic theories, Einstein fluctuation formula, and conservation laws as they apply to biological systems. Examine the cytoskeleton as a force generator and learn about the actomyosin cortex of cells. Discover how hydrodynamics principles can be applied to active gels and the actomyosin cortex. Investigate pattern formation in active fluids, including stationary patterns in the cortex and active pulsatory patterns. Gain insights into force balance and participate in a Q&A session to deepen your understanding of this complex topic.

Pattern Formation in Biology - Lecture 4

International Centre for Theoretical Sciences
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