Explain how two samples can produce identical dna fingerprints. Be sure to include the use of restriction enzymes and how they relate to dna nucleotide sequences in your explanation.

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08-11-2022
Biology

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Explain how two samples can produce identical dna fingerprints. Be sure to include the use of restriction enzymes and how they relate to dna nucleotide sequences in your explanation.

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NehaKumari123 NehaKumari123 · Answer 1 · 2022-11-14T05:20:15-05:00

In order to cut the DNA samples at the same location along the strand, the same restriction enzyme would need to locate the same palindromic sequence.

What connection may DNA fingerprinting and restriction enzyme make?

By initially breaking down a DNA sample using a restriction enzyme, a DNA fingerprint is produced. Usually palindromes, restriction enzymes can detect highly precise DNA sequences (like 5'-GAATTC-3'). Palindromic sequences make it possible to identify the identical sequence on both strands of DNA.

One DNA fingerprint shared by two people is possible.

No two people have ever been discovered to have the same fingerprints, including identical twins, according to the National Forensic Science Technology Center. Keep in mind that your own fingerprints differ from finger to finger, which means you have unique print on each finger.

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