Extracellular signalling molecules that bind to Enzyme-linked receptors are converted by monomeric g-proteins while it is not shown by heterotrimeric g-proteins. In this way, the function of monomeric g-proteins differs from that of heterotrimeric g-proteins.
<h3>What is the functional difference between Monomeric g-proteins and heterotrimeric g-proteins?</h3>
- Guanosine triphosphate (GTP) and guanosine diphosphate can be bound by g-proteins, which are specialized proteins (GDP). Some G proteins are tiny proteins with a single component, such as the signalling protein Ras.
- These g-proteins are of two types: monomeric and heterotrimeric g-proteins that differ from each other in terms of structure as well as functions. Monomeric G protein is a small membrane-associated G protein made up of only an alpha subunit, whereas heteromeric G protein is a large membrane-associated G protein composed of alpha, beta, and gamma subunits.
- These differ from each other in terms of function: Monomeric G-proteins transform extracellular signalling chemicals that attach to enzyme-linked receptors. Trimeric G-proteins transform extracellular signalling chemicals that attach to G-protein-related receptors.
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Answer:
the plant's population will increase as now it has an abundance of sunlight because all the trees blocking it got cut down.
Explanation:
Answer:
The correct choices are A,D,E
Explanation:
I just did the question :)
Water is the most aundant
<span>Potential negative impacts of
biotechnology include risks to humans who eat foods derived from
genetically modified plants or animals, and risk of harm to native
plants and ecosystems by genetically modified plants. </span>
