<transcript><audio_176>influences blood clotting Dynamics and uh mechanical signal transduction through EGF EGF is all that is the epidermal growth factor receptor is one of the critical issues by which mechano transduction or</transcript><transcript><audio_177>transduction of mechanical signals in a possible so how do we study this problem uh so we make a simple schematic so that we can also study this problem from a</transcript><caption><image_178>The image is a diagram that shows the schematic depiction of the scenario of the Indian Institute of Technology, Kharagpur, India. The diagram is divided into three sections.

The first section is titled "Schematic Depiction of the Scenario" and it shows a graph that shows that most important factor is H2H (H2H) in the cell membrane. The graph shows that the cell membranes are responsible for the concentration of H2O molecules in the membrane. 

There are several green dots scattered throughout the graph, representing the different components of the molecule. The green dots represent the different types of molecules, while the blue dots represent those of the molecules. There are also several lines connecting the green dots, indicating the relationship between the molecules and the blue lines. The lines are labeled with the names of the components, such as "H2O" and "H1O".

At the bottom of the diagram, there is a label that reads "This gives ECP concentration near cells surface (6.0) and shear stress on Cell Membrane". This indicates that the image is related to the study of cell membranes and how they interact with each other.</caption><transcript><audio_179>mathematical perspective that is we study the fluid flow and the species transport so so let us say that you have H as the microchannel height and H cell is a typical length scale of the</transcript><transcript><audio_180>microfluidic system so the confinement Factor uh is denoted by H by H cell so uh that means if the smaller the value of H by H cell uh that means that the</transcript> influences blood clotting Dynamics and uh mechanical signal transduction through EGF EGF is all that is the epidermal growth factor receptor is one of the critical issues by which mechano transduction or transduction of mechanical signals in a possible so how do we study this problem uh so we make a simple schematic so that we can also study this problem from a mathematical perspective that is we study the fluid flow and the species transport so so let us say that you have H as the microchannel height and H cell is a typical length scale of the microfluidic system so the confinement Factor uh is denoted by H by H cell so uh that means if the smaller the value of H by H cell uh that means that the
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