gHow would an inhibitor of cAMP phosphodiesterase affect glucose mobilization in muscle? It would reduce cAMP levels and inhibit
glucose mobilization. It would maintain high cAMP levels and elevate glucose mobilization. It would increase AMP concentration, thereby increasing glucose mobilization. It would increase cAMP levels, which would inhibit glucose mobilization.
It would maintain high cAMP level and elevate glucose mobilization
Phosphodiesterase is an effector enzyme which degrades secondary messenger cAMP(cyclic adenosine monophosphate)
Here in this case an inhibitor is inhibiting the phosphodiesterase therefore cAMP level will increase
As cAMP level rise it activates a protein called protein kinase A which phosphorylates phosphorylase kinase and activates it
Phosphorylase kinase becomes active that phosphorylates glycogen phosphorylase and makes it active,glycogen phosphorylase catalyse breakdown of glycogen(in liver and muscle cells)
In liver cells breakdown of glycogen occurs and glucose 1 phosphate gets converted into glucose and supplied to whole body through blood
Ocean acidification is the main ecological problem due to mariculture.
Explanation:
Mariculture also known as the aquaculture that stands for the fish farming occupation.
The main ecological problem that mariclture addresses is the environmental degradation especially the water pollution.
Many studies suggests that the tradition of mariculture has been increasing the acidificaton in ocean water that is directly affecting the marine organisms and plants.
A build up of organic material beneath fish farms impacts the flora and fauna of an area.
<span>Everything inside the cell including the nucleus is called the protoplasm. It consists of all organelles, the nucleus, and the cytoplasm. </span>
