<transcript><audio_262>well as the stress due to the fluid flow so uh just to conclude on uh uh our discussions on uh cellular Dynamics I want to highlight on a few other</transcript><caption><image_263>The image is a slide from a presentation on medical diagnostics and cell sorter. It is titled "Medical Diagnostics: Cell Sorter" and is from the Indian Institute of Technology, Kharagpur, India. The slide is divided into two sections. 

The top section of the slide has a title that reads "Objective: In a population of mixed cell types, we want to detect and identify a particular type of cells in a particular area of the cell. It also mentions that the cell is located in a specific location where the cells are located. The cell is shown in the center of the image, with a red circle in the middle and a blue circle on the right side.

Below the title, there is a diagram that explains the process of sortering a cell with a laser beam. The diagram shows that the laser beam is used to measure the size and shape of cells, and that it can be used to detect the presence of different types of cells. The image also includes a brief description of the process, which explains how the process works and how it can help to identify and analyze the cells.</caption><transcript><audio_264>applications not just uh the model for understanding the can biophysics of cancer progression like uh for example how can we use this for medical Diagnostics I can give an example of cell sorter so you can see here I will</transcript><transcript><audio_265>explain this figure the cell solution is focused into a smaller confinement so that the whole fluid comes under a beam of laser okay okay and only one cell is included in a single</transcript><transcript><audio_266>cross-section so why is it important is very is because very narrow channel fabrication is costly so you can instead Focus the cellular solution to pass</transcript><transcript><audio_267>through a very narrow passage not a artificial Channel but a focused narrow area by which it will pass then a laser beam of specified wavelength illuminates the fluid if the cell passing through the illuminated</transcript> well as the stress due to the fluid flow so uh just to conclude on uh uh our discussions on uh cellular Dynamics I want to highlight on a few other applications not just uh the model for understanding the can biophysics of cancer progression like uh for example how can we use this for medical Diagnostics I can give an example of cell sorter so you can see here I will explain this figure the cell solution is focused into a smaller confinement so that the whole fluid comes under a beam of laser okay okay and only one cell is included in a single cross-section so why is it important is very is because very narrow channel fabrication is costly so you can instead Focus the cellular solution to pass through a very narrow passage not a artificial Channel but a focused narrow area by which it will pass then a laser beam of specified wavelength illuminates the fluid if the cell passing through the illuminated
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