because without it, ribosome (the proteosynthetic apparatus) would not recognize mRNA produced from this gene
To create a 10 codon sequence for a polypeptide, you would need to transcribe a DNA sequence into an mRNA sequence. Each codon consists of three nucleotides. Look for the start codon (AUG) to begin the sequence and then continue adding codons until you have 10 in total.
AUG - that is the start codonStop codons are UAG, UAA UGAGood luck!
To determine the amino acid resulting from adding an A after the first codon, we first need to know the original codon sequence. Codons are sequences of three nucleotides that correspond to specific amino acids. If you provide the original first codon, I can help you identify the new codon and the corresponding amino acid after the addition of A.
To determine the amino acid chain formed by a specific codon, you need to know the sequence of the codon itself, which is typically made up of three nucleotide bases. Each codon corresponds to a specific amino acid according to the genetic code. If you provide the specific codon, I can tell you which amino acid it encodes.
i think nine bases are needed for three amino acids because i think it takes three bases to make one amino acid
Since each amino acid is coded for by a specific triplet of nucleotides (codon), and there is a start codon and a stop codon, we need 15 nucleotides in the mRNA (3 nucleotides for each amino acid + 3 for start codon + 3 for stop codon).
To create a 10 codon sequence for a polypeptide, you would need to transcribe a DNA sequence into an mRNA sequence. Each codon consists of three nucleotides. Look for the start codon (AUG) to begin the sequence and then continue adding codons until you have 10 in total.
AUG - that is the start codonStop codons are UAG, UAA UGAGood luck!
To determine the amino acid resulting from adding an A after the first codon, we first need to know the original codon sequence. Codons are sequences of three nucleotides that correspond to specific amino acids. If you provide the original first codon, I can help you identify the new codon and the corresponding amino acid after the addition of A.
Each amino acid is coded for by a 3-base sequence known as a codon. Therefore you would need 9 bases to code for 3 amino acids.The sequence UAG-CGA-GG would not add three amino acids to a protein.For the sequence UAG-CGA-GG:UAG is a STOP codon - translation would cease at this point and no further amino acids would be added.CGA codes for Arginine.GG does not code for an amino acid - it would need one more base to be a codon. GGU, GGA, GGG and GGC all code for Glycine.
arginine - is an amino acid that plays a role in cell division, healing of wounds, removing ammonia from the body, improving immunity to illness, and hormone secretion. Arginine is used by the body to make nitric oxide, condon -three bases in a DNA or RNA sequence which specify a single amino acid.
Typically when you need to jump start your car every time in order to start it, there is a problem with the battery. It could be that the alternator is not working and is not charging the battery, or it could be that the battery is not holding a charge.
You would need 135 codons for a protein composed of 45 amino acids. This is because each amino acid is coded for by a sequence of three nucleotides (codon), so you would need three codons for every amino acid.
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i think nine bases are needed for three amino acids because i think it takes three bases to make one amino acid
A codon is found on the mesenger RNA (mRNA) the anti codon is the exact opposite of a codon. so lets say your codon was G C A your anticodon would be C G U The codon and anti codon work together to help make strands of protein The codon is kind of like the code for what protein you need. transfer RNA (tRNA) collects free RNA nucleotides and brings them to the Ribosome to create an anti codon which brings a certain protein to the ribosome. Do with that information what you will.
To determine the codon on mRNA that matches a given anticodon, you need to know the complementary base pairing rules. Anticodons are found on tRNA and are complementary to the mRNA codons. For example, if the anticodon is 3'-AUC-5', the corresponding mRNA codon would be 5'-UAG-3'.