<transcript><audio_246>confinement then this can give rise to a critical understanding of the metastasis Viewpoint now molecular origin of confinement effect so we have discussed</transcript><caption><image_247>The image is a presentation slide from the Indian Institute of Technology, Kharagpur, India - 721302. It is titled "EGFR Activation Pattern Matches with TR Pattern". The slide has a white background with black text and a blue header. 

On the left side of the slide, there is a graph that shows the relationship between the EGFR activation pattern matches with the TR pattern. The graph is divided into three sections. The top section has a line graph with different colors representing the different types of activation patterns. The x-axis represents the time period, while the y-axis is represented by a red line.

The graph shows that the activation patterns are represented by different shades of blue, green, and yellow. The colors represent the different levels of activation, with the blue representing the highest activation pattern and the green representing the lowest activation pattern. There are also two graphs on the slide - one on the top left corner, one in blue and the other in green. The first graph shows a graph of the activation pattern, with a blue line representing the number of activation matches and the red line representing a decrease in the number. The second graph shows an image of a green and black abstract pattern, which appears to be a</caption><transcript><audio_248>about the EGF and the EG GFR and uh we will try to understand that how the egfr uh activated egfr concentration is related to the confinement effect and to relate it to the molecular origin we</transcript><transcript><audio_249>have plotted a ratio EA which is activated egfr by egfr and we have found that a decrease in the response time is equivalent to an increase in the activated egfr so that means that in the</transcript><transcript><audio_250>confinement in a highly stressful condition egfr is more prolifically activated so uh that is uh uh not that is one thing not only that beyond the critical stress the</transcript> confinement then this can give rise to a critical understanding of the metastasis Viewpoint now molecular origin of confinement effect so we have discussed about the EGF and the EG GFR and uh we will try to understand that how the egfr uh activated egfr concentration is related to the confinement effect and to relate it to the molecular origin we have plotted a ratio EA which is activated egfr by egfr and we have found that a decrease in the response time is equivalent to an increase in the activated egfr so that means that in the confinement in a highly stressful condition egfr is more prolifically activated so uh that is uh uh not that is one thing not only that beyond the critical stress the
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