Answer :
Answer:
The Central dogma includes the replication, transcription and translation.
Explanation:
RNA polymerase; It is invloved in transcription process in which the the squence of DNA is coppied to RNA known as mRNA.
Spliceosomes; The genetic information is in non-continuous form i.e introns (non-codding sequences) are present between exons. These introns are removed by spliceosomes from pre-mRNA.
Codons; Codon is the sequence of three nucleotides on mRNA that code for specific amino acid i.e AUG for methionine.
Ribosomes; These are known as protein factory because protein synthesis take place in ribosomes.
tRNA; It brought the specific amino acids for corressponding codon on mRNA for polypeptide chain.
The role of each of the following in protein synthesis includes:
RNA polymerase: It is mostly involved in transcription and it helps in the
copying of the sequence of DNA to a type of RNA known as mRNA.
Spliceosomes : They are ribonucleoprotein (RNP) complexes found in
eukaryotic cells and they help in the removal of introns which are continuous
non-coding sequences from the pre-mRNA for a optimal protein synthesis.
Codons: Codon are referred to as the nucleotide sequences and consists of
three amino acids in which they have their unique components. The codon
for the amino acid Lysine AAA
Ribosomes : These are known as site for protein synthesis. The manufacture of protein take places in the organelle.
tRNA : It helps to match the specific amino acids for corresponding codon on mRNA for polypeptide chain.
Read more on https://brainly.com/question/14834759