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Magazine Chapter 16: Q. 16 (page 415)
The binding of an RNA binding protein will ________ the stability of the RNA molecule.
a. increase
b. decrease
c. neither increase nor decrease
d. either increase or decrease
Short Answer
Option d is correct.
Step by step solution
Step 1. Introduction
RNA binding proteins are the proteins that bind to the single or double-stranded DNA which regulates gene expression. They bind to mRNA before translation for them to be processed and moved. It regulates the formation of ribosomes, spliceosomes, and silencing complexes.
Step 2. Explanation of the correct option
Option d is correct because the key role of RNA binding protein binds to the religion of the mRNA region just upstream or downstream of the protein-coding region. to regulate the post-transcriptional process and it either increases or decreases the stability of RNA molecules depending upon specific RNA binding protein that binds.
Step 3. Explanation of the incorrect options
Option a is incorrect because RBPs can also decrease the stability of RNA molecules.
Option a is incorrect because RBPs can also increase the stability of RNA molecules.
Option a is incorrect because RBPs can either increase or decrease the stability of RNA molecules.
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