<transcript><audio_159>deformable body so if you have a cell uh a big attribute to the cell that it is deformable so in terms of fluid mechanics it's the effect of fluid flow on a deformable substrate but a substrate with not only deformability</transcript><transcript><audio_160>but a natural adaptability which is not possessed by an inanimate object so as I tell uh in in some of my lectures that in terms of fluid mechanics a cell is</transcript><transcript><audio_161>very similar to something like a vesicle but the outstanding difference is that a cell has life whereas a vesicle has no life so by virtue of the aspects of this</transcript><transcript><audio_162>living system the cell will respond to the incipient fluid flow in a different manner as compared to what is done by a vesicle or uh any other deformable object so you can relate the traction force and</transcript><caption><image_163>The image is a presentation slide from the Indian Institute of Technology, Kharagpur, India. It is titled "Relating Traction and Deformation". 

The slide is divided into two sections. On the left side, there is a diagram of a machine with a blue and green color scheme. The machine appears to be a scientific representation of experimental setup. The diagram shows the machine with various components such as wires, cables, and other components.

On the right side of the slide, there are two graphs, one showing the relationship between the machine and the other showing the deformation of the machine. The graphs show a steady increase in the number of deformation over time, indicating that the machine has been used for a long period of time. The data is presented in a clear and concise manner, making it easy to understand and understand.</caption><transcript><audio_164>deformation and uh like so you can see the uh centroid of bit displacement can be plotted as a function of time and uh this displacement is eventually uh</transcript> deformable body so if you have a cell uh a big attribute to the cell that it is deformable so in terms of fluid mechanics it's the effect of fluid flow on a deformable substrate but a substrate with not only deformability but a natural adaptability which is not possessed by an inanimate object so as I tell uh in in some of my lectures that in terms of fluid mechanics a cell is very similar to something like a vesicle but the outstanding difference is that a cell has life whereas a vesicle has no life so by virtue of the aspects of this living system the cell will respond to the incipient fluid flow in a different manner as compared to what is done by a vesicle or uh any other deformable object so you can relate the traction force and deformation and uh like so you can see the uh centroid of bit displacement can be plotted as a function of time and uh this displacement is eventually uh
{"source": "grass-yt-cc-by.-XPCtgtjXZ0|shard_10044_53|create_multimodal_data.extract_yt_and_generate_transcripts.53|shard_10044|create_multimodal_data.generate_captions.53|shard_10044|create_multimodal_data.generate_captions.53", "params": {"id": "-XPCtgtjXZ0", "channel_id": "UC640y4UvDAlya_WOj5U4pfA", "duration": 3629, "view_count": 1677, "age_limit": 0, "chapters": [{"start_time": 0.0, "title": "Intro", "end_time": 262.0}, {"start_time": 262.0, "title": "Multi-cellular Biomicrofluidics", "end_time": 512.0}, {"start_time": 512.0, "title": "Cell: The basic unit of life", "end_time": 647.0}, {"start_time": 647.0, "title": "Cells in channels: underlying motivation", "end_time": 703.0}, {"start_time": 703.0, "title": "Conventional vs. Microfluidic cell culture", "end_time": 859.0}, {"start_time": 859.0, "title": "Salient features of microfluidic cell culture", "end_time": 918.0}, {"start_time": 918.0, "title": "Steps involved in microfluidic cell culture", "end_time": 1088.0}, {"start_time": 1088.0, "title": "Perfusion culture", "end_time": 1375.0}, {"start_time": 1375.0, "title": "Subcellular assay", "end_time": 1492.0}, {"start_time": 1492.0, "title": "Microfluidic cell culture based studies", "end_time": 1525.0}, {"start_time": 1525.0, "title": "Setup implemented for the study", "end_time": 1652.0}, {"start_time": 1652.0, "title": "Cellular analysis through Traction Force Microscopy based bio- microfluidics", "end_time": 1708.0}, {"start_time": 1708.0, "title": "The TFM procedure", "end_time": 1949.0}, {"start_time": 1949.0, "title": "Optimization of the static incubation period", "end_time": 2114.0}, {"start_time": 2114.0, "title": "Traction Force Evolution during Cell Deformation", "end_time": 2187.0}, {"start_time": 2187.0, "title": "Relating Traction and Deformation", "end_time": 2211.0}, {"start_time": 2211.0, "title": "Effect of Microconfinement - Examples", "end_time": 2381.0}, {"start_time": 2381.0, "title": "Schematic Depiction of the Scenario", "end_time": 2448.0}, {"start_time": 2448.0, "title": "Model Transport Process", "end_time": 2499.0}, {"start_time": 2499.0, "title": "EGF Concentration Near Cell Surface", "end_time": 2724.0}, {"start_time": 2724.0, "title": "Microfluidics based Cell Culture - Issues", "end_time": 2874.0}, {"start_time": 2874.0, "title": "Elements of Stress Response", "end_time": 3149.0}, {"start_time": 3149.0, "title": "Variation in Response Time", "end_time": 3212.0}, {"start_time": 3212.0, "title": "Confinement is Exclusive For Cancer Cells", "end_time": 3288.0}, {"start_time": 3288.0, "title": "Molecular Origin of Confinement Effect - Clues from the Past", "end_time": 3299.0}, {"start_time": 3299.0, "title": "EGFR Activation Pattern Matches with TR Pattern", "end_time": 3336.0}, {"start_time": 3336.0, "title": "Beyond Critical Stress EGFRs Form Clusters", "end_time": 3350.0}, {"start_time": 3350.0, "title": "Nature of EGFR Activation EGER can be", "end_time": 3496.0}, {"start_time": 3496.0, "title": "Medical Diagnostics: Cell Sorter", "end_time": 3629}], "like_count": 4, "channel_follower_count": 2140000, "license": "Creative Commons Attribution license (reuse allowed)", "channel_is_verified": true, "uploader_id": "@iit", "yt_tar_file": "/leonardo_work/EUHPC_E03_068/audio/fixed_download/grass-yt-cc-by//shard_10044/-XPCtgtjXZ0.tar.gz"}}