<transcript><audio_216>the epical cell me cell membrane will understand that there is a stress so when the epical cell membrane understands the stress then what it will do to cut the short story short there are different types of</transcript><transcript><audio_217>entities in the cell membrane in cell membrane there is a fluid type of entity which is called as lipid and there is a solid type of entity which is called as lipid raft now with the stress stressful condition</transcript> the epical cell me cell membrane will understand that there is a stress so when the epical cell membrane understands the stress then what it will do to cut the short story short there are different types of entities in the cell membrane in cell membrane there is a fluid type of entity which is called as lipid and there is a solid type of entity which is called as lipid raft now with the stress stressful condition
{"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"}}