<transcript><audio_221>myself in the bathroom instead of facing The Deco so the lipid wraps instead of facing the stressful they want to escape to go from cell membrane to inside the cell now in this condition what will</transcript><transcript><audio_222>happen the cell membrane which had lipid rafts now will get devoid of lipid rafts under the stress so the cell membrane will become more fluidic or more malleable because it has now less lipid WS than lipids and in this process</transcript><transcript><audio_223>because it is malleable it can adjust its shape in a micr fluidic confinement to survive the stressful condition and this is the short version of the long story that we tried to unveil through</transcript><transcript><audio_224>our experiments so uh I will try to go through the experimental results on sheer adaptation of cancer cells in a microfluid confinement and the confinement</transcript><caption><image_225>The image is a slide from the Indian Institute of Technology, Kharagpur, India. It is titled "Increase in Mobile Fraction is Essentially Lipid Raft Internationalization". The slide has a black background with a white border. On the left side of the slide, there is an image of a green microtubule with a red lipid raft. The microtubules are arranged in a circular pattern around the red raft. 

On the right side, there are two bullet points that explain the concept of lipid raft internationalization. The first bullet point explains that lipid rafts move out of the cell membrane towards the tracks of microstructures that contribute part of cellular architecture. The second bullet point mentions that the cell structure of the structure is responsible for the growth of the cells.

The slide also has a blue banner at the bottom with the text "Green Microtubule Red Lipid Raff Internationalization" and the logo of the institute.</caption><transcript><audio_226>effect so what we initially wanted to study is that uh like uh what is the mobile fraction of in the cell membrane</transcript> myself in the bathroom instead of facing The Deco so the lipid wraps instead of facing the stressful they want to escape to go from cell membrane to inside the cell now in this condition what will happen the cell membrane which had lipid rafts now will get devoid of lipid rafts under the stress so the cell membrane will become more fluidic or more malleable because it has now less lipid WS than lipids and in this process because it is malleable it can adjust its shape in a micr fluidic confinement to survive the stressful condition and this is the short version of the long story that we tried to unveil through our experiments so uh I will try to go through the experimental results on sheer adaptation of cancer cells in a microfluid confinement and the confinement effect so what we initially wanted to study is that uh like uh what is the mobile fraction of in the cell membrane
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