<transcript><audio_2>lectures we will be mainly concentrating on some of the applications now when we discuss about applications of microfluidics if you recall uh one of our introductory lectures uh we mentioned a lot of</transcript><video><caption><image_3>The image is a title slide for a presentation on Biomicrofluidics: Microfluids with Cells and DNA. The slide has a white background with black text. The title of the presentation is written in large, bold font at the top of the slide. Below the title, there is a subtitle that reads "Suman Chakraborty, Professor, Department of Mechanical Engineering, IT Kharagpur, India". The subtitle reads "E-mail: suman@meh.itp.emot.in". The date "April, 2015" is written below the title in smaller font. The Indian Institute of Technology, Kharagpuri, India - 721902 logo is also visible at the bottom right corner.</caption><caption><image_4>The image shows a man standing in front of a whiteboard in a classroom. He is wearing a red collared shirt and grey trousers. He has a pair of glasses on and appears to be speaking or giving a presentation. The background is plain white and there is a projector screen on the right side of the image. The man is standing with his hands in his pockets and is looking directly at the camera.</caption></video><transcript><audio_5>applications which uh focused on uh biological issues so many times if somebody asks us that what are the applications of micr fluidic it it is very tempting to say bio and non-bio applications what it essentially</transcript> lectures we will be mainly concentrating on some of the applications now when we discuss about applications of microfluidics if you recall uh one of our introductory lectures uh we mentioned a lot of applications which uh focused on uh biological issues so many times if somebody asks us that what are the applications of micr fluidic it it is very tempting to say bio and non-bio applications what it essentially
{"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"}}