<caption><image_231>The image is a screenshot of a presentation from the Indian Institute of Technology, Kharagpur, India. The presentation is titled "Stress Indexed Facial Adhesion Dissociation at Upstream End-of-Line Interference". 

The presentation is divided into three sections. The top left section has a black and white image of a brain with a red arrow pointing to the left side of the image. The bottom section has an image of the brain with blue and red arrows pointing towards the right side.

There are also three smaller images on the top right corner of the presentation. The first image is of a red and blue waveform with a blue arrow pointing towards it. The second image is from the top left corner, the third image is in the middle, and the fourth image is on the bottom right corner. The waveform has a red line that represents the flow of water from the left to the right. The red line represents the temperature of the water, while the blue line represents a decrease in the temperature. The graph below the graph shows a downward trend in the flow, indicating a decrease of the temperature over time. The text on the presentation explains that the presentation is about stress indexed facial adhesion dissociation at upstream end</caption><transcript><audio_232>phenomena which are taking place one is uh the stress induced focal addition disassembly that is the disruption of the focal addition points that is the legs of the cell which are the connections between the legs of the cell</transcript><transcript><audio_233>and the microfic substrate and lipid raft internalization so there are two events one one is focal addition disassembly another is lipid raft internalization and there is a time lag between these two this time lag is the response time</transcript><transcript><audio_234>this is the time that the cell needs to respond to its micro environment so understanding or getting a feel of the micro environment is focal addition disassembly and responding to that is</transcript><transcript><audio_235>lipid raft internalization so shorter the response time that means uh the cell is respond ing quickly to the stressful condition so we have studied the variation in the response time in the</transcript><caption><image_236>The image is a diagram that shows the variation in response time in a patient's response time. The diagram is divided into three sections.

The first section is labeled "Variation in Response Time" and shows a red and blue color scheme. The red section has a curved line that represents the variation of the response time, while the blue section has an orange and yellow color scheme, representing the temperature and pressure of the patient. The temperature is represented by a red circle with a white arrow pointing to the left side of the diagram, indicating that the variation is based on the temperature of the sample. The blue section shows that the temperature is higher than the pressure in the sample, and the pressure is lower than the red section. 

There is also a text box on the right side of this diagram that explains that we have studied the variation on response time for the patient in Parametric Response Time in the Parametric Space of the Patient. The text box explains that if the patient is in a parametric space, the temperature can be adjusted to the desired level of response. The image also mentions that if there is a decrease in shear stress, the condition of the condition is in the condition, and that the condition has been affected by the presence of</caption><transcript><audio_237>parametric space of H start that is H by H cell and shear stress and we have seen from this map you can understand that the response time decreases if the shear</transcript><transcript><audio_238>stress is increased beyond the critical value or so the first first is the the response time decreases if the shear stress is increased beyond the critical value</transcript> phenomena which are taking place one is uh the stress induced focal addition disassembly that is the disruption of the focal addition points that is the legs of the cell which are the connections between the legs of the cell and the microfic substrate and lipid raft internalization so there are two events one one is focal addition disassembly another is lipid raft internalization and there is a time lag between these two this time lag is the response time this is the time that the cell needs to respond to its micro environment so understanding or getting a feel of the micro environment is focal addition disassembly and responding to that is lipid raft internalization so shorter the response time that means uh the cell is respond ing quickly to the stressful condition so we have studied the variation in the response time in the parametric space of H start that is H by H cell and shear stress and we have seen from this map you can understand that the response time decreases if the shear stress is increased beyond the critical value or so the first first is the the response time decreases if the shear stress is increased beyond the critical value
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