<transcript><audio_93>some extent yes but it is not good enough to supply the necessary oxygen uptake rate it is there but it is not sufficient so that means you must somehow Supply</transcript><transcript><audio_94>nutrients to the cell by virtue of uh something else and that something else is fluid flow so that brings fluid mechanics into the picture in a cellular microfluidic</transcript><transcript><audio_95>environment not only that you think of a biological scenario you think of an outstanding problem in biology that to understand fully the Dynamics of a cell in a condition when there is incipient</transcript><transcript><audio_96>blood flow under a dynamic environment now if you want to mimic that in a invitro system that is in an artificial system then in a in an invitro system if you want to implement</transcript><transcript><audio_97>that then what what you what you require you require a fluid flow past a cell I mean the the fluid ideally should be a blood analog but even if it is not a blood analog at least some uh like</transcript><transcript><audio_98>Aqua Solution which should pass around the cell to mimic the biophysical environment in a real invivo system so we can understand the motivation of fluid flow in a Cell</transcript><transcript><audio_99>culture based biomicrofluidic system so uh uh one is a biophysical motivation the the motivation to represent the biophysical scenario in the human body and the other is like to keep the cell</transcript> some extent yes but it is not good enough to supply the necessary oxygen uptake rate it is there but it is not sufficient so that means you must somehow Supply nutrients to the cell by virtue of uh something else and that something else is fluid flow so that brings fluid mechanics into the picture in a cellular microfluidic environment not only that you think of a biological scenario you think of an outstanding problem in biology that to understand fully the Dynamics of a cell in a condition when there is incipient blood flow under a dynamic environment now if you want to mimic that in a invitro system that is in an artificial system then in a in an invitro system if you want to implement that then what what you what you require you require a fluid flow past a cell I mean the the fluid ideally should be a blood analog but even if it is not a blood analog at least some uh like Aqua Solution which should pass around the cell to mimic the biophysical environment in a real invivo system so we can understand the motivation of fluid flow in a Cell culture based biomicrofluidic system so uh uh one is a biophysical motivation the the motivation to represent the biophysical scenario in the human body and the other is like to keep the cell
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