What is Kodon's stop?
Stop Kodon is a triplet of nucleic acid in Messenger RNA (MRNA), which does not moderate for amino acid, stopping protein production. Basically, Kodon Stop says ribosomes perform the MRNA code, that it is time to stop; You could think of it almost like a perforated line in a sheet of paper, which points to "tears here". Without the traces of a codon in place, proteins made of RNA would consist of endless amino acid chains, because ribosomes would not know when to stop. In the DNA there are three STOP CODONS TAA, TAG and TGA. These triplets are "nonsense" of codons that do not scratch for nothing, reducing the risk of a mistake. When they are rewritten to RNA, the CODONS are UAA, UGA and UGA.KOD, which contains information that needs to be done for proteins. Stop Codons can be identified when DNA is sequenched and can be used to identify specific locations in the genetic code that corresponds to specific proteins and thus specific genetic information.
As with other DNA areas, it is possible that the mutation appears in the Stop of Kodon. Codon can be rewritten incorrectly, or nucleic acids in codon can be replaced, causing problems when ribosomes translate MRNA to create amino acid chains. In one cell, this can lead to a random mutation that causes the cell to die or disorder. However, if there are errors in stem codons into the germ cell and that the germ cell is connected to one of the other organism, the resulting organism will have a congenital mutation and in some cases the mutation may be so serious that the organism cannot livinated.
Genetics can use their knowledge of codon tracks to solve information in a piece of DNA or RNA. By searching for codons tracks, specific amino acid chains can identify and determine for which proteins the genetic material encodes. This information can be used to learn more about what it does and what happens when it goes wrong. Finding a hundredPodon can be useful in DNA and RNA studying to learn more about the mutation or variation that has been identified.