It would not only give us more information on the effects of the cancer cells on our bodies but how it is lead through generations, how some are more likely to form the cancer in their bodies than others would be.
Answer:
C) The amino acid methionine will not bind.
Explanation:
The tRNA has a nucleotide sequence that varies in length from 73 to 93 nucleotides. The 3' end of the tRNA serves as an amino acid arm. All the tRNA molecules have the trinucleotide sequence CCA at the 3' end. The base "A" is present at the 3' end. The amino acid arm serves to carry a specific amino acid according to the anticodon sequence present in its anticodon arm.
The amino acid is esterified by its carboxyl group to the 2'- or 3'-hydroxyl group of the adenine residue that is present at the 3' end of the tRNA. Therefore, the removal of 3' AC would not allow the tRNA to bind to its corresponding amino acid (here, methionine).
<h2>______________________</h2><h2 /><h2>B - Recessive</h2>
Recessive gene coding is saved & stored tight in your DNA, waiting fpr the opportunity it's always wanted. Once it finds a partner, it starts to get to get busy. Working & perfecting for <u>Sickle Cell Disease/Sickle Cell Anemia.</u>
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Mutations lead to variation by producing changed in the genetic code
