To become an enzyme, an amino acid must be incorporated into a polypeptide chain during protein synthesis, forming a specific sequence that folds into a functional three-dimensional structure. This structure is critical for the enzyme's catalytic activity, as it creates an active site that binds substrates. Additionally, the enzyme may undergo post-translational modifications to enhance its functionality or regulatory properties. Ultimately, the unique arrangement and interactions of the amino acids determine the enzyme's specific function.
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To determine the purity of an amino acid using paper chromatography, you would first need to separate the amino acids using paper chromatography. Once the amino acids are separated on the paper, you can calculate the Rf value (retention factor) for each amino acid. Comparing the Rf values of the sample amino acid to a standard of known purity can help determine the purity of the sample.
To determine the amino acid chain formed by a series of codons, you first need to translate the codons using the genetic code. Each codon, consisting of three nucleotides, corresponds to a specific amino acid. For accurate translation, provide the specific codons, and I can help identify the resulting amino acid sequence.
To determine the amino acid chain formed by specific codons, you would need to provide the actual codons you want to analyze. Each codon, consisting of three nucleotides, corresponds to a specific amino acid based on the genetic code. If you share the codons, I can help identify the resulting amino acid sequence.
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.
We might need more information to answer this question. An amino acid will bind to the carboxyl group on the 3'-OH of the tRNA with an ester bond. The tRNA then becomes "charged" and can now begin translation at the ribosome.
A dispensable amino acid, also known as a nonessential amino acid, is an amino acid that the body can synthesize on its own and does not need to be obtained from the diet. There are 11 dispensable amino acids in humans.
Nonessential amino acid is an amino acid which can be synthesized by an organism and thus need not be supplied in the diet.An alpha-amino acid that is required for protein synthesis and can be http://www.answers.com/topic/synthesize by humans
A protein is by definition, a chain of amino acids.
folic acid and amino acid
No. All the essential amino acids you need are in plants.
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The amino acid is considered limiting in the food source. This means that it is present in lower amounts compared to the body's requirements for protein synthesis. Consuming a variety of protein sources can help ensure adequate intake of all essential amino acids.
To determine the purity of an amino acid using paper chromatography, you would first need to separate the amino acids using paper chromatography. Once the amino acids are separated on the paper, you can calculate the Rf value (retention factor) for each amino acid. Comparing the Rf values of the sample amino acid to a standard of known purity can help determine the purity of the sample.
To determine the amino acid chain formed by a series of codons, you first need to translate the codons using the genetic code. Each codon, consisting of three nucleotides, corresponds to a specific amino acid. For accurate translation, provide the specific codons, and I can help identify the resulting amino acid sequence.
To determine the amino acid chain formed by specific codons, you would need to provide the actual codons you want to analyze. Each codon, consisting of three nucleotides, corresponds to a specific amino acid based on the genetic code. If you share the codons, I can help identify the resulting amino acid sequence.
in orger to make one amino acid we require a one triplet base pair nucleotide For example if we have A-G-C as a codons then it will form the complementary anti-codons U-C-G which will give rise to one amino acid at the tail of anti codons. ,Many amino acids join together to form an anti codon