<transcript><audio_104>flow now uh one has to understand as a passing remark that uh uh when we are talking about uh cellular asses in a microfluidic system one can one also needs to discuss a little bit about sub</transcript><transcript><audio_105>cellular assay that is measuring the chemical or physical function of property within a length scale that is less than typical cellular Dimensions that is also possible in the microf fluid based cell culture uh Arrangement</transcript><transcript><audio_106>so I can give you one or two examples like uh intracellular transport from one side to the other has been studied by exposing different parts of the cell with different dagged macro molecules if the size of the macro macromolecule is</transcript><transcript><audio_107>large then diffusive mixing can be negligible so you can study intracellular transport also not just transport outside the cell but what happens as a transport phenomenon within</transcript><transcript><audio_108>the cell that is a matter of great interest because within the cell there is an aquous environment there is a more solid type environment there is so there is a combination of aqua and solid type</transcript><transcript><audio_109>environment there is a transfer of mass and momentum within the cell so the cell itself is a nice and interesting system to study and that can be done uh another example I can talk about you can</transcript> flow now uh one has to understand as a passing remark that uh uh when we are talking about uh cellular asses in a microfluidic system one can one also needs to discuss a little bit about sub cellular assay that is measuring the chemical or physical function of property within a length scale that is less than typical cellular Dimensions that is also possible in the microf fluid based cell culture uh Arrangement so I can give you one or two examples like uh intracellular transport from one side to the other has been studied by exposing different parts of the cell with different dagged macro molecules if the size of the macro macromolecule is large then diffusive mixing can be negligible so you can study intracellular transport also not just transport outside the cell but what happens as a transport phenomenon within the cell that is a matter of great interest because within the cell there is an aquous environment there is a more solid type environment there is so there is a combination of aqua and solid type environment there is a transfer of mass and momentum within the cell so the cell itself is a nice and interesting system to study and that can be done uh another example I can talk about you can
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