A couple of these seem far more detailed than what you actually get on IMAT. Also, in 25, it would reveal the defects present in those organs, not cause them. Any new defects would be in the parts of the cell that need those glycolipids and proteins.
If a mutation disrupts the ability of an animal cell to add polysaccharide modifications to proteins, it would reveal defects in the parts of the cell that rely on these modified proteins, such as the Golgi apparatus and the extracellular matrix. The mutation wouldn't directly cause these defects but would unveil the importance of these modifications for proper function in these organelles and structures.
Thank you Dr Bella for presenting this to us.
are you from india? and are you preparing for IMAT??
@@chinesegamingv3462 yes, I'm from India and I'm preparing for the IMAT.
Thank you a lot
Dr Bella, is this part of 2023 imat
This topic might appear in exam as its part of biology
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A couple of these seem far more detailed than what you actually get on IMAT.
Also, in 25, it would reveal the defects present in those organs, not cause them. Any new defects would be in the parts of the cell that need those glycolipids and proteins.
If a mutation disrupts the ability of an animal cell to add polysaccharide modifications to proteins, it would reveal defects in the parts of the cell that rely on these modified proteins, such as the Golgi apparatus and the extracellular matrix. The mutation wouldn't directly cause these defects but would unveil the importance of these modifications for proper function in these organelles and structures.