Answer:
The correct answer is - option C.
Explanation:
Glutamate dehydrogenase is also known as GDH which present in most of the microorganisms or the mitochondria of eukaryotic organisms. It is the only enzyme that can use both NAD+ and NADP+.
Glutamate dehydrogenase is inhibited by the GTP or ATP. One of the main causes of the catabolism amino acid is metabolites for gluconeogenesis. If the gluconeogenesis is likely to be active due to the result of when glutamate dehydrogenase is active.
Thus, the correct answer is - option C.
Is called an estuary this mostly common with rivers and oceans.
Answer:
There are different function performed by carbohydrates in the body like-
Storage: When there is excess glucose present in the body they are stored as glycogen in muscles and liver.
Providing energy: Carbohydrates are the primary source of energy for the cells present in our body.
Carbohydrate helps to spare proteins and lipids and helps in providing polysaccharides for membrane carbohydrates.
The body maintains blood glucose levels through hormones. For example, when the blood glucose level gets high insulin is released in the blood by the pancreas which reduces the blood glucose level by accumulating glucose as glycogen in the liver and muscle.
Glucagon works opposite to insulin and increases the blood glucose level.
<span>adding a unit to move a susceptible group enough to prevent metabolism is known as shifting.
These phenomena happen especially for liposoluble organism circulating in blood like drugs an hormones.
these molecules circulating blood can be divided into two forms :
The free-form: which is the active part, it circulates freely in the blood, but are easily metabolised.
The bound form: it can be bound to other molecules from the organisms depending on its affinity like proteins (albumin, glycoproteins). this form is not active but is prevented from metabolism.
Competition for bounding proteins can happen between two drugs for example. If they have a different degree of affinity for proteins, then the most affine will displace the less affine from the protein and bound it, and that is call shifting</span>
