QUESTION 1: CODE OF LIFE 1.1 The table below shows a partial DNA sequence from a human, as well as a codon table that can be used to determine which amino acids are required to make a protein .1.1 e Base triplet number DNA sequence AMINO ACID Valine Cysteine Proline Leucine Asparagine Threonine Tyrosine 1 ATG TGT 3 CCA TTA A mutation 5 6 ACG TGC CODON GUU, GUG, GUA UGU, UGC CCA, CCU UUG, CUC, CUG, UUA AAU ACG, ACA UAC, UAU 7 ACA 8 ATG How many of the following are coded for in the DNA template sequence above: (a) Nitrogenous bases (b) Different types of tRNA molecules that are required to form the polypeptide from this piece of DNA. Name the codon that is formed from base triplet number 6 on the DNA sequence. Write down the names of the amino acids coded for by base triplets 4 and 5.

Amino acids are natural compounds that contain each amino and carboxylic acid functional corporations. although hundreds of amino acids exist in nature, by means of far the most widely wide-spread are the alpha-amino acids, which comprise proteins.

Amino acids are molecules that integrate to form proteins. Amino acids and proteins are the constructing blocks of lifestyles. while proteins are digested or damaged down, amino acids are left. The human body uses amino acids to make proteins to assist the body

Amino acids are the constructing blocks of protein. Proteins are long chains of amino acids. Your body has thousands of different proteins that each have essential jobs. each protein has its own series of amino acids.

Valine - GGU, GUC, GUA, GUG

Cysteine UGU, UGC

Proline CCU, CCU, CCA, CCG

Leucine UUA, UUG, CUU, CUC, CUA,CUG

Asparagine GUA, GAC

Threonine ACU, ACC, ACA, ACG

Tyrosine UAU, UAC

Types of tRNA molecules that are required to form the polypeptide from this piece of DNA is tRNA.

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