(a)
Interpretation:
The formation of isoleucyl-tRNA proceeds through the reversible formation of the enzyme bound Ile AMP intermediate. Prediction of 32P-labelled ATP formation from 32PPi is to be done by ATP and 32PPi
Concept introduction:
Adenosine triphosphate or ATP is the most common
Translation is the mechanism via which mRNA is decoded and translated into a protein.
(b)
Interpretation:
The formation of isoleucyl-tRNA proceeds through the reversible formation of the enzyme bound Ile AMP intermediate. Prediction of 32P-labelled ATP formation from 32PPi is to be done by ATP and 32PPi
Concept introduction:
Adenosine triphosphate or ATP is the most common nucleotide in the cell as well as the primary cellular energy currency of in all the life forms. ATP is a type of nucleotide that has a ribose sugar, adenine nitrogenous base and a triphosphate (three-sequential phosphate group). The phosphate groups are attached to each other byphosphoanhydride bonds and the triphosphate is attached to the ribose sugar by a phosphoester bond.
Translation is the mechanism via which mRNA is decoded and translated into a protein.
(c)
Interpretation:
The formation of isoleucyl-tRNA proceeds through the reversible formation of the enzyme bound Ile AMP intermediate. Prediction of 32P-labelled ATP formation from 32PPi is to be done by isoleucine, ATP and32PPi
Concept introduction:
Adenosine triphosphate or ATP is the most common nucleotide in the cell as well as the primary cellular energy currency of in all the life forms. ATP is a type of nucleotide that has a ribose sugar, adenine nitrogenous base and a triphosphate (three-sequential phosphate group). The phosphate groups are attached to each other byphosphoanhydride bonds,and the triphosphate is attached to the ribose sugar by a phosphoester bond.
Translation is the mechanism via which mRNA is decoded and translated into a protein.
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Biochemistry
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