RNA = A C U G
During transcriptions the mRNA is built up by commentary base pairing, using the DNA as a blueprint to construct the specific protein.
CODON code for the bases to amino acids, once a molecule of mRNA has been transcribed it moves out of the nucleus via the nucleus pore. mRNA will be able to pass through the nuclear pore, which goes through the ribosome, production of protein through tRNA
In the cytoplasm the mRNA combines with the ribosome cellular structure on which the polypeptide chain will be built in a process called transcription
In general the source of protein mainly derives from food sources with high source of proteins. The small macromolecule is then broken down I the digestion system into it monomer units called
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It is to be noted that the bases along the strands complements the genetic coding, The four base pairs A, T, G, and C forms the type of proteins. These codons are required to synthesis specific amino acids; example would a gene, which is a sequence of a nucleotide along the DNA strands.
The codon AGC, replicates to form serine, and the codon ACC forms Threonine, it is to be noted that the condones are degenerate, meaning the type of amino acid can be coded by a multiple of codons. Example would be; ACU, ACC, ACA, ACG can be combine to form the protein known as