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Self-organization of shape
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Active Processes in Cells and Tissues - Symmetry Breaking of Biological Cells - Lecture 1
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- 1 DATE: 09 December 2019, 16:00 to
- 2 Lecture 1: 9 December 2019, PM
- 3 Lecture 2: 10 December 2019, PM
- 4 Lecture 3: 11 December 2019, PM
- 5 Lecture 4: 12 December 2019, PM
- 6 Active processes in cells and tissues Lecture 1
- 7 Welcome to ICTS-TIFR
- 8 Established in 2007 by the TIFR Campus Imagined in 2007
- 9 Programs
- 10 Infrastructure at ICTS
- 11 ICTS Research
- 12 ICTS Faculty
- 13 ICTS Programs
- 14 What distinguishes ICTS Programs?
- 15 ICTS Programs-Format and Duration
- 16 Organisational Features
- 17 Impact of ICTS Programs
- 18 ICTS Programs - A National Resource
- 19 Gender Balance in ICTS Programs
- 20 ICTS Programs - Special Lectures
- 21 ICTS Outreach Initiatives
- 22 ICTS at Ten - The 10th Year Celebration
- 23 Thank you! See you again at ICTS!
- 24 Active Processes in Cells and Tissues
- 25 Lecture I Symmetry breaking of biological cells
- 26 Lecture I - Outline
- 27 Cell movements
- 28 Molecular motors
- 29 Motility assay
- 30 Active filament networks
- 31 Passive and active systems
- 32 Cell division
- 33 From a single cell to an organism
- 34 Cell polarity and cell chirality
- 35 Asymmetric cell division
- 36 Cell polarity
- 37 Cell polarity and flows
- 38 Mechano-chemical patterning
- 39 The cell cortex
- 40 Active fluids
- 41 Force dipoles
- 42 Active stress
- 43 Cell surface tension
- 44 Rheology of the cell cortex
- 45 Constitutive equation
- 46 Thin active film
- 47 Step change of active tension
- 48 Hydrodynamic length scale
- 49 Flow measurements
- 50 Active stress and flow profile
- 51 Self-organisation of active fluids
- 52 Dynamic pattern - steady state
- 53 Geometry of surfaces
- 54 Constitutive equations
- 55 Mechano-chemical instability on a sphere
- 56 Establishment of cell polarity
- 57 A mechano-chemical switch
- 58 Quantification and comparison
- 59 Spontaneous flow instability
- 60 Stability diagram
- 61 Spontaneous formation of a contractile ring
- 62 Self-organization of shape
- 63 Force and torque balances
- 64 Instability of an active sphere
- 65 Shape instabilities
- 66 Tubular instability
- 67 Chirality
- 68 Chiral flow patterns
- 69 Enhanced chiral flows
- 70 Active chiral processes
- 71 Thin chiral active gel
- 72 Active stress and chiral flows
- 73 Chiral flows
- 74 Left-right symmetry breaking in the roundworm
- 75 Rotation of cell division axis
- 76 Chiral velocity
- 77 Symmetric division: chiral flows
- 78 Chiral flows rotate division axis
- 79 Left-right asymmetry of organisms
- 80 Left-right asymmetry in mammals
- 81 Chirality in Biology
- 82 Symmetry breaking by active processes
- 83 Mechano-chemical instabilities of active surfaces
- 84 Max Planck Institute for the Physics of Complex Systems
