Match the statements with the correct types of DNA repair systems. Not all statements will be used Nucleotide excision Direct Mismatch DNA is scanned for the removal and replacement of a few incorrect base pairs Adenine binds to cytosine in a newly synthesized DNA strand Alkyltransferase removes methylated guanine. Enzyme complexes remove misplaced bases in the absence of DNA glycosylase, creating an apyrimidinic site in DNA. The methylation of guanine is corrected prior to DNA replication. The emergency repair systenm initiated when DNA damage is extreme Incorrect. Whereas other statements may also be misplaced, you have specifically misplaced the statement regarding the removal of a few incorrect base pairs. The UvrA and UvrB complex detects abnormalities in complementary base pairing. Which repair system uses complexes instead of single enzymes for repair? atch the statements with the correct types of DNA repair systems. Not all statements will be used. Nucleotide excision DNA is scanned for the removal and replacement of a few incorrect base pairs Direct Mismatch Adenine binds to cytosine in a newly synthesized DNA strand Alkyltransferase removes methylated guanine. Enzyme complexes remove misplaced bases in the absence of DNA glycosylase, creating an apyrimidinic site in DNA. The methylation of guanine is corrected prior to DNA replication. The emergency repair system initiated when DNA damage is extreme Incorrect You have placed a statement that should remain unplaced. This emergency response occurs after nucleotide excision, direct, and mismatch repair systems do not correct the damage

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06-12-2022
Biology

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Match the statements with the correct types of DNA repair systems. Not all statements will be used Nucleotide excision Direct Mismatch DNA is scanned for the removal and replacement of a few incorrect base pairs Adenine binds to cytosine in a newly synthesized DNA strand Alkyltransferase removes methylated guanine. Enzyme complexes remove misplaced bases in the absence of DNA glycosylase, creating an apyrimidinic site in DNA. The methylation of guanine is corrected prior to DNA replication. The emergency repair systenm initiated when DNA damage is extreme Incorrect. Whereas other statements may also be misplaced, you have specifically misplaced the statement regarding the removal of a few incorrect base pairs. The UvrA and UvrB complex detects abnormalities in complementary base pairing. Which repair system uses complexes instead of single enzymes for repair? atch the statements with the correct types of DNA repair systems. Not all statements will be used. Nucleotide excision DNA is scanned for the removal and replacement of a few incorrect base pairs Direct Mismatch Adenine binds to cytosine in a newly synthesized DNA strand Alkyltransferase removes methylated guanine. Enzyme complexes remove misplaced bases in the absence of DNA glycosylase, creating an apyrimidinic site in DNA. The methylation of guanine is corrected prior to DNA replication. The emergency repair system initiated when DNA damage is extreme Incorrect You have placed a statement that should remain unplaced. This emergency response occurs after nucleotide excision, direct, and mismatch repair systems do not correct the damage

Sagot :

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vtkarishma vtkarishma · Answer 1 · 2022-12-10T04:17:56-05:00

DNA replication is the process through which cells make copies of the genome's DNA.

What is replication?

One of DNA's most astounding tricks is likely DNA replication. If you stop to think about it, every cell has all the DNA required to create every other cell.

And from a single cell at the beginning, we eventually have trillions of cells. Additionally, every piece of information present in a cell must be precisely copied during the process of cell division.

Therefore, DNA is a molecule that can be copied to create almost exact duplicates of itself. Considering that there are over three billion base pairs in DNA that need to be copied, this is even more astounding.

Therefore, DNA replication is the process through which cells make copies of the genome's DNA.

To learn more about DNA, refer to the link:

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What is replication?

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