Which of the following must occur for a mismatch error to be repaired? Which is the best answer, I think it's A or B.
A)Damaged DNA must be identified by DNA repair proteins
B)The sequence of nucelotides in the damaged DNA sequence must guide the synthesis of the correct DNA sequence
C)Entire strands of damaged Dna must be destroyed by DNA eating enzymes within the nucleus.
Ok so what is the answer, I really need to know.
What is the answer I need to know it
To determine which answer is correct, let's analyze the options provided:
A) Damaged DNA must be identified by DNA repair proteins: This option is indeed a crucial step in repairing a mismatch error. DNA repair proteins detect and recognize the damaged DNA sequence.
B) The sequence of nucleotides in the damaged DNA sequence must guide the synthesis of the correct DNA sequence: This option is also correct. During DNA repair, the damaged DNA sequence serves as a template for the synthesis of the correct DNA sequence.
C) Entire strands of damaged DNA must be destroyed by DNA-eating enzymes within the nucleus: This option is not accurate. DNA-eating enzymes do not destroy entire strands of DNA, as that would lead to the loss of genetic information.
Based on the analysis, both options A and B are correct. Therefore, the best answer would be either A or B.