<transcript><audio_42>appropriate that we touch upon some of the basic ideas or some of the uh basic concepts uh before we move on uh to our discussion like for example what is a</transcript><transcript><audio_43>cell so the cell is the basic structural functional and biological unit of all known living organisms they are the smallest units of life that can replicate independently and are often called as the building blocks of</transcript><transcript><audio_44>life now cells within the human body contain thousands of genes proteins and other chemicals enclosed within the cellular membranes and each cell responds to the chemical signals from the body or the environment and modifies</transcript><transcript><audio_45>Its Behavior to in response to the signals cellular diseases like CLE cell anemia Alzheimer's disease and cancer occur when cells dysfunction this may include the development of too many</transcript><transcript><audio_46>cells deficiencies in existing cells or cells uh so as I discussed about the cells relating</transcript><caption><image_47>The image is a slide from a presentation on diagnosing diseases through morphology of cells (RBCs). The slide has a white background with black text. On the right side of the slide, there is an illustration of a red blood cell with a blood vessel in the center. The blood vessel is surrounded by a red circle. Below the illustration, there are three smaller illustrations of blood vessels. The text on the slide explains that red blood cells are the most common type of blood cells and that they can be used to diagnose and treat different types of diseases. The image also mentions that the image is from the Indian Institute of Technology, Kharagpur, India.</caption><transcript><audio_48>to uh abnormalities in the uh diseased condition so for example you can see in this uh view graph the biconcave shape biconcave dis shape of a red blood cell now this can be critically affected by</transcript><transcript><audio_49>genetic or acate pathological conditions uh so uh various diseases I will not go into the details will alter the morphology of the red blood cell and when the morphology of the red blood</transcript> appropriate that we touch upon some of the basic ideas or some of the uh basic concepts uh before we move on uh to our discussion like for example what is a cell so the cell is the basic structural functional and biological unit of all known living organisms they are the smallest units of life that can replicate independently and are often called as the building blocks of life now cells within the human body contain thousands of genes proteins and other chemicals enclosed within the cellular membranes and each cell responds to the chemical signals from the body or the environment and modifies Its Behavior to in response to the signals cellular diseases like CLE cell anemia Alzheimer's disease and cancer occur when cells dysfunction this may include the development of too many cells deficiencies in existing cells or cells uh so as I discussed about the cells relating to uh abnormalities in the uh diseased condition so for example you can see in this uh view graph the biconcave shape biconcave dis shape of a red blood cell now this can be critically affected by genetic or acate pathological conditions uh so uh various diseases I will not go into the details will alter the morphology of the red blood cell and when the morphology of the red blood
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