What does DNA, mRNA, tRNA, ribosomes, and amino acids do in protein synthesis?

Question

Me and my partner needs some clarification, thanks. :)

Answer 1

at first, DNA double helix will be unwinded by the aid of enzymes such as helicase and DNA polymerase. Then, DNA polymerase will help to perform a process called DNA transcription. Here, mRNA will be formed. After this, the ribosomes with the tRNA in it will bind with the mRNA. On each tRNA, there is a molucule of amino acid. The t RNA will bind to each codon (group which is made up of 3 nitrogenous bases) of mRNA. This is called translation. Then, the amino acid from each tRNA will condense into a peptide chain after the tRNA binds with mRNA. Finally, the peptide chain will be modified and activated as proteins.

Answer 2

This is the big picture of it. DNA is in the nucleus of the cell. It is the structure that makes the mRNA. Then mRNA goes to the ribosomes. Then tRNA from the ribosomes transfer the amino acids to the ribosomes to make the proper sequence of DNA.

Answer 3

as quickly as u discover the tRNA , it is going to the ribosomes in the cytoplasm or the endoplasmic reticulum - there , that's translated into the respective amino acids there are in all 20 styles of amino acids makin diverse proteins in accordance to the area of amino acids there is area of workmanship in the proteins . u would desire to be understanding relating to the nitrogen bases -A,U,G,C. - so , on the same time as translation , 3 bases in series stand for one amino acid making a conceivable sixty 4 combos. this manner , extra n extra pairs as which includes made in accordance to the code in the RNA .