Answer:
Explanation:
, tinye m na snap tho Esi m Texas
NOTE: the steps of the signal transduction pathway to be arranged is in the attached file.
Answer:
The correct signal transduction pathway in order from the releasing of glucagon into the blood to the promotion of glycogenolysis includes:
- Glucagon binds extracellulary to G- protein coupled receptor.
-G protein releases GDP and binds FTP
-Activated G protein activates adenylate (adenylate) cyclase.
-Adenylate cyclase converts ATP to cAMP.
-Cyclic AMP activates protein kinase A
- phosphorylase kinase phosphorylates glucogen phosphorylase, an enzyme needed for glycogenolysis.
Explanation:
As carbohydrates from food consumed is digested, it's end product, the glucose, is assimilated into the cells for energy production through the help of insulin in a process called glycolysis. Excess of glucose is stored in the liver as GLYCOGEN.
In cases where there is reduced sugar in the blood (hypoglycemic state) another pathway (known as glycogenolysis through
GLUCAGON hormone) is initiated to elevate the concentration of glucose in the blood.
Answer:
All of the above
Explanation:
The definition of ecosystem is "a biological community of interacting organisms and their physical environment." and all four of the answers fit the bill.
Answer:
lobes inferior temporal
Explanation:
When we evaluate the temporal lobe superficially, we find three faces: lateral, inferior and medial. Three turns constitute the lateral face: the upper, middle and lower temporal turns.
The inferior temporal gyrus continues downward and medially and ends in the groove of the same name, which separates it from the medial occipitotemporal gyrus (or fusiform). Some studies have shown that neurons in the lower temporal lobes have receptive fields that are almost always located in the fovea, where high-acuity vision occurs.
Answer:
The answer is option 2.
Explanation:
Mutation occurs when there is a change in DNA base sequences.
(Correct me if I am wrong)