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糖心TV Complexity Science Events

Complexity Centre and MathSys CDT events carry priority over room D1.07.

To book D1.07 please email Sheetal dot Sharma at warwick dot ac dot uk

Please note that your event booking is for D1.07 only. The adjacent common room is a private area for the MathSys Centre that cannot used as part of your booking.

Wednesday, April 26, 2017

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MSc Student Meeting
D1.07 Complexity Science

Heather Robson

Stefan Grosskinsky

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Complexity/MathSys Progress Board meeting
D1.07 Complexity Science

Colm Connaughton

Heather Robson

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糖心TV in Africa
D1.07

Matthew Wendzina

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Complexity Forum: Till Bretschneider (糖心TV)
D1.07 Complexity Science
Under pressure: cellular mechanics revealed by blebbing
I will start out with an introduction to classical micropipette aspiration assays in which biological cells deform when suction forces are applied. These experiments illustrate that pressure is an important parameter determining cellular mechanics. Traditionally, mechanical models of a closed cell contour, which resists stretching and bending and is forced outward by isotropic pressure, have been used to describe equilibrium shapes of cells. We use an extension to these models where the cell membrane is coupled to the actin cytoskeleton in order to explain where cellular blebs appear. Blebs are pressure-driven, fast cellular protrusions where the membrane detaches from the actin cytoskeleton. Our work shows that under certain conditions cellular geometry and physical forces can be the main determining factor for bleb site selection.
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Offer holder Day - English Department
D1.07

booked on behalf of Anthony Maude

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Statisitcs
D1.07

Booked on behalf of Paula Matthews

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