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Translation.
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Translation is also known as protein synthesis and the initial product, initial molecule which is in turn required to carry out translation is referred to be as the mrna.
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Mrna can be abbreviated as messenger ribonuclic acid and this in turn would interact with transfer rna return as trna and result in the formation of amino acids return as aa and these are in turn joint in order to form.
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A polypeptide bond and this polypeptide in turn will be eventually made into protein by undergoing the process of proton folding mechanisms so this intern is identified to be the basic concepts and there are two important molecules which is in turn involved in this process the first one it is adenosine trifosate return as atp and the other one is gonosine trifosate which is in turn to be the gtp so these are the molecules which are involved in this particular process.
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Up.
01:01
So with regard to this, the one molecule of atp is in turn required in this particular process.
01:07
So the need of this one molecule of atp in turn can be understood at this is in turn required for the trna to undergo the process of trna charging.
01:17
So only if this intern happens a particular antichodon and then the amino acid intern can be attached to that of the t rna.
01:25
And then next to it it is the gtp molecule.
01:28
So this gtp molecule is a intern required for the formation of ribosome complex based on which this particular molecule which is in turn referred to be as the mrna intern can be bound and after which other two it is one molecule of gtp is in turn required for this ribosome formation and yet another one molecule of gtp is in turn required for the process of translocation and besides these two need there is yet another need which intern can be said to be that is during the process of of elongation.
02:02
So these are the different needs with regard to the use of gtp with regard to the process of translation...