question archive How do small steps lead to changes? Predict what would happen in a cell it tRNA were charged so that any amino acid could bind to any tFlNA? What about it no amino acids were attached to any tFlNAs?How would , these change the process of translation?

How do small steps lead to changes? Predict what would happen in a cell it tRNA were charged so that any amino acid could bind to any tFlNA? What about it no amino acids were attached to any tFlNAs?How would , these change the process of translation?

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How do small steps lead to changes? Predict what would happen in a cell it tRNA were charged
so that any amino acid could bind to any tFlNA? What about it no amino acids were attached to any tFlNAs?How would , these change the process of translation?

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Answer:

If any amino acid could attach to the tRNA, there's a good chance it'll carry the wrong amino acid to the ribosome, and the ribosome would have no way of knowing. That amino acid will simply be attached to the developing protein. However, if no amino acids are linked to any tRNAs, the anticodon of tRNA will not establish a bond with mRNA, and protein synthesis will come to a halt. The premature protein folds and breaks if it is not produced within a specific amount of time. The bacterial protein ubiquitin then binds to this premature protein and marks it for destruction.  These changes may result in premature protein production and degradation and/or protein malfunction.

Explanation

Transfer RNA (tRNA) is a short RNA molecule that aids in the production of proteins. A trinucleotide region termed the anticodon and a region for attaching a particular amino acid are both crucial parts of each tRNA molecule. During translation, a tRNA molecule creates base pairs with its complementary sequence on the messenger RNA (mRNA) molecule each time an amino acid is added to the expanding chain, ensuring that the correct amino acid is incorporated into the protein. Protein translation may be affected by any changes in the process.