I Would Say The Answer Is B. False.
Answer:
The correct answer is: A) to aid in transport from ribosome to cytoplasm through pore.
Explanation:
RNA goes through many modifications in order to become a stable molecule with the proper signal to guide it to its destination and for it to be identified as what it really is; but these modifications do not aid in transport.
The transport of molecules from the nucleus to the cytoplasm is given when the <u>nuclear export receptors</u> receive the signal to export a molecule, and this exportation happens when the <u>GTPase Ran</u> gets involved to transport this molecule.
<u>If an mRNA molecule does not have its necessary modifications, it won't reach its destination and won't be able to be translated into a protein.</u>
Two questions about homeostasis may be how endocrine signaling may affect the immune responses and how the nervous system work together with the endocrine signaling.
<h3>What are endocrine signals?</h3>
Endocrine signals are different molecules called hormones that are released by specialized cell types and travel to the bloodstream to carry out functions in the body.
Endocrine signaling affects immune responses (e.g., inflammation) and both neural and endocrine signaling may affect different types of homeostatic responses.
In conclusion, endocrine signaling may affect the immune responses and the nervous system work together with the endocrine signaling.
Learn more about endocrine signaling here:
brainly.com/question/13050517
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Answer:
Cytochrome c is known to play a role in the electron transport chain and cell apoptosis. However, a recent study has shown that it can also act as an antioxidative enzyme in the mitochondria; and it does so by removing superoxide (O2–) and hydrogen peroxide (H2O2) from mitochondria.Therefore, not only is cytochrome c required in the mitochondria for cell respiration, but it is also needed in the mitochondria to limit the production of O2– and H2O2.
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