In sanger sequencing, what causes dna synthesis to terminate at a specific base?.
1 answer:
Hydroxyl -free nucleotide triphosphates causes DNA synthesis to terminate at a specific base in sanger sequencing .
<h3>What is sanger sequencing?
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The "chain termination method," often known as Sanger sequencing , is a technique for figuring out the nucleotide sequence of DNA. The Sanger Sequence is a method that was created in 1977 by two-time Nobel laureate Frederick Sanger and his colleagues. <h3>What is DNA synthesis?</h3>
Deoxyribonucleic acid molecules are produced either naturally or artificially during the process of DNA synthesis. A macromolecule known as DNA is composed of repeated nucleotide units joined together by covalent and hydrogen interactions. DNA biosynthesis takes place during the replication process that occurs when a cell divides. The DNA double helix is separated, and then, using the parent DNA chain as a template, a complementary DNA strand is synthesized. Learn more about DNA synthesis here:
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