<transcript><audio_113>particular area uh typically related to studying the adaptability of Maman cells in physiological conver uh confinements to understand the mechanisms of cancer progression so to begin with</transcript><transcript><audio_114>like uh see as I told you that uh in micr fluidics you have a significant contribution coming from the engineering uh uh issues and one has to understand that you are basically interfacing the</transcript><caption><image_115>The image is a diagram of a setup implemented for the study of the Indian Institute of Technology, Kharagpur, India. The diagram is a flowchart that shows the process of the study.

The flowchart is divided into two sections. The top section is labeled "Setup implemented" and has a green square in the center. The green square represents the study area, which is where the study is conducted. The blue section is connected to the green square by a blue line, which represents the flow of data from the study to the study platform. 

There are also several components in the flowchart, including a pump, a filter, and a filter filter. These components are connected by lines and arrows, indicating the direction of the data flow. The flowchart also has a label that reads "Biological representation of the experimental setup using Fluorescence recovery after photostreaming (FPM) and Ultra-POMS based Traction Force Measurement (UFTM)".

At the bottom of the diagram, there is a logo for the Indian institute of technology, which provides further information about the setup.</caption><transcript><audio_116>engineering on the fluid mechanics with the biological scenario and traditionally I mean long times back people from these two disciplines uh did not use to talk with each other very much but with the Advent</transcript><transcript><audio_117>of micr fluidics and with the uh like uh emerging growth of biophysics uh and biomechanics in general it is now customary that uh I</transcript><transcript><audio_118>mean researchers from these two uh I mean apparently or seemingly disparate disciplines they combine together to uh solve outstanding problems in biology and that is how that is where the future</transcript><transcript><audio_119>of bi biological research is directing to it is mostly interdisciplinary and not the traditional biological research that uh I mean some people perceive about so uh let us say that you have a</transcript> particular area uh typically related to studying the adaptability of Maman cells in physiological conver uh confinements to understand the mechanisms of cancer progression so to begin with like uh see as I told you that uh in micr fluidics you have a significant contribution coming from the engineering uh uh issues and one has to understand that you are basically interfacing the engineering on the fluid mechanics with the biological scenario and traditionally I mean long times back people from these two disciplines uh did not use to talk with each other very much but with the Advent of micr fluidics and with the uh like uh emerging growth of biophysics uh and biomechanics in general it is now customary that uh I mean researchers from these two uh I mean apparently or seemingly disparate disciplines they combine together to uh solve outstanding problems in biology and that is how that is where the future of bi biological research is directing to it is mostly interdisciplinary and not the traditional biological research that uh I mean some people perceive about so uh let us say that you have a
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