Answer:
It could be prevent Ga from binding to the epinephrine receptor.
Explanation:
Hindering GTPase action will make G-protein to tie to adenyl cyclase for all time so Glucose is delivered persistently.
Diminishing the proclivity for GDP will build the opportunity of authoritative of GTP to G protein which thus will initiate the pathway.
On the off chance that G protein ties with adenyl cyclase it will invigorate it.
Yet, in the event that the G-protein is kept from official with epinephrine receptor, at that point the receptor can't enact trade the guanine nucleotide to G-protein for initiation. Thus the G-protein stays in latent state.
Answer:
A
Explanation:
Because it is way more logic
<u>Answer</u>: please find below the correct matches
<em>vitamin E</em> - antioxidant that protects cells from damage and promotes healthy skin
<em>fiber</em> - carbohydrate that slows the absorption of sugars into the bloodstream
<em>calcium</em> - mineral found in every cell of the body and is involved in the formation of teeth
<em>phosphorous</em> - mineral involved in the process through which muscles contract and relax
<em>cholesterol</em> - lipid molecule produced by all cells in the body and that forms lipoproteins
ATP is produced via prototrophy, fermentation, and aerobic respiration, and it is used for mechanical, transport, and chemical work.
<h3>Which of the following types of work is powered by the energy produced when ATP is hydrolyzed to ADP and Pi?</h3>
A nucleotide, a sugar with five carbons, and three phosphate groups make up ATP. Phosphoanhydride bonds, which link the phosphates, contain a considerable amount of energy. Cellular work is accomplished using the energy generated by the hydrolysis of ATP into ADP + Pi.
<h3>What are the two mechanisms that, when combined, form oxidative phosphorylation and are connected throughout the ETC?</h3>
The electron transport chain and chemiosmosis are two parts of oxidative phosphorylation that are interdependent. When electrons are transferred from one molecule to another in the electron transport chain, energy is released.
To know more about energy cycle visit:-
brainly.com/question/5217628
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Answer:
Nucleic Acid
Explanation:
DNA and RNA are example of Nucleic acids
