A ten codon sequence for a polypeptide is formed when 10 codons. An example would be GGGAAACCCAGAAGGCGACGCCGGCGTNNN are found in an ammino acid linked by an amide bond.
The Shine-Dalgarno sequence is located in the mRNA of prokaryotic organisms, specifically upstream of the start codon. This ribosomal binding site is complementary to a region on the 16S rRNA of the ribosome, facilitating the initiation of translation. Its position is typically about 6-10 nucleotides before the start codon AUG.
To calculate the number of nucleotides required to code for a specific polypeptide, you need to know the number of amino acids in the polypeptide. Since each amino acid is coded by a codon made up of three nucleotides, you would need 3 times the number of amino acids to determine the total number of nucleotides required. For a 150 amino acid polypeptide, the number of nucleotides would be 150 (amino acids) * 3 (nucleotides per amino acid) = 450 nucleotides.
The first amino acid in a growing polypeptide chain is usually methionine when translation initiates in eukaryotes, and formylmethionine in prokaryotes. Therefore, there will be one amino acid in the first position of every growing polypeptide chain.
The short Answer is: Upstream. Otherwise, this location is very near to the start codon so it is most likely within the domain of the operator sequence. Further Upstream is found the enhancer sequences.
polypeptide
A poly-G mRNA that is 30 nucleotides long would result in a polypeptide consisting solely of glycine amino acids. This is because each codon codes for a specific amino acid, and in this case, every codon (GGG) codes for glycine.
In the genetic code, a sequence of three nucleotides forms a codon, which codes for one amino acid. So for each amino acid, there are three nucleotides. Therefore, 600 nucleotides are needed to make 200 amino acids.
The Shine-Dalgarno sequence is located in the mRNA of prokaryotic organisms, specifically upstream of the start codon. This ribosomal binding site is complementary to a region on the 16S rRNA of the ribosome, facilitating the initiation of translation. Its position is typically about 6-10 nucleotides before the start codon AUG.
To calculate the number of nucleotides required to code for a specific polypeptide, you need to know the number of amino acids in the polypeptide. Since each amino acid is coded by a codon made up of three nucleotides, you would need 3 times the number of amino acids to determine the total number of nucleotides required. For a 150 amino acid polypeptide, the number of nucleotides would be 150 (amino acids) * 3 (nucleotides per amino acid) = 450 nucleotides.
On the short leg of chromosome 4, in the HTT gene, there is normally a sequence of repeating bases like so: CAGCAGCAG... The CAG codon repeats 10-35 times in a normal person, however a person with HD will have 36-120 repeats of this codon.
The first amino acid in a growing polypeptide chain is usually methionine when translation initiates in eukaryotes, and formylmethionine in prokaryotes. Therefore, there will be one amino acid in the first position of every growing polypeptide chain.
The short Answer is: Upstream. Otherwise, this location is very near to the start codon so it is most likely within the domain of the operator sequence. Further Upstream is found the enhancer sequences.
I think you are trying to ask how many codons are there? Well a codon is a three based 'word' that codes for one amino acid there should be 10 but i think you missed out one letter if not because each should have three in it you put one as cc but if that is correct then there is nine
polypeptide
No, 10 codons do not result in 30 amino acids. Each codon corresponds to a single amino acid, so 10 codons would result in 10 amino acids. The genetic code is read in triplets, where each codon is made up of three nucleotides, but the number of amino acids produced is equal to the number of codons.
No it is not.
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