<transcript><audio_37>properties of cells like morphology membrane malleability Etc significantly affected so uh the alterations in the cellular properties affect the dynamic of cell in the physiological environment</transcript><transcript><audio_38>so cellular Dynamics in a microfluidic channel can give rise to the uh detection or indication of the possible existence of a disease so because the</transcript><transcript><audio_39>conditions are different for diseased condition and normal condition not only that microfluidics offers the possibility of delivering not only the chemical but but also the mechanical signals Pro providing an extra degree of</transcript><caption><image_40>The image is a diagram of the basic unit of life of a cell. It is divided into three sections. 

The first section is titled "Cell: The Basic Unit of Life" and it shows the structure of the cell. The cell is shown in the top left corner of the image, with the nucleus, mitochondria, and mitochondria on the left side. The mitochondria is shown on the top right corner, and the mitochondria are shown on top of the nucleus.

In the bottom left corner, there is an illustration of a baby sitting on the floor, holding a blue ball. The baby is wearing a red shirt and has a big smile on its face. The background is white, and there is a blue banner at the bottom that reads "Indian Institute of Technology, Kharagpur, India - 721302".

On the bottom right corner of this image, there are two smaller illustrations of the cells, one on the right side and one in the center. The first illustration shows the cell membrane, which is responsible for the production of proteins and enzymes in the body. The second illustration shows a cell with the mitochondrion, which helps to regulate the flow of nutrients and nutrients into the body, while the third</caption><transcript><audio_41>control now I can understand that this particular audience is not a biology specialist neither me is a biology specialist I am a uh I an engineer by training so uh uh I uh think that it is</transcript> properties of cells like morphology membrane malleability Etc significantly affected so uh the alterations in the cellular properties affect the dynamic of cell in the physiological environment so cellular Dynamics in a microfluidic channel can give rise to the uh detection or indication of the possible existence of a disease so because the conditions are different for diseased condition and normal condition not only that microfluidics offers the possibility of delivering not only the chemical but but also the mechanical signals Pro providing an extra degree of control now I can understand that this particular audience is not a biology specialist neither me is a biology specialist I am a uh I an engineer by training so uh uh I uh think that it is
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