Elongation: During this stage, tRNA that carries amino acids molecule (aminoacyl-tRNA )
enters the A- site (with their anticodon complementary to the codon on mRNA) in which
a covalent bond is formed between the two amino acids. As the process continue, the
tRNA in the P- site move to the E- site and as a result, loses an amino acid. This leads to
the growth of a longer chain of amino acids that may extend out of the ribosome.
Subsequently, the aminoacyl-tRNA enters the A- site and exit at the E- site and in the
process, the amino acid are covalently joined together.
enters the A- site (with their anticodon complementary to the codon on mRNA) in which
a covalent bond is formed between the two amino acids. As the process continue, the
tRNA in the P- site move to the E- site and as a result, loses an amino acid. This leads to
the growth of a longer chain of amino acids that may extend out of the ribosome.
Subsequently, the aminoacyl-tRNA enters the A- site and exit at the E- site and in the
process, the amino acid are covalently joined together.
Elongation: During this stage, tRNA that carries amino acids molecule (aminoacyl-tRNA )
enters the A- site (with their anticodon complementary to the codon on mRNA) in which
a covalent bond is formed between the two amino acids. As the process continue, the
tRNA in the P- site move to the E- site and as a result, loses an amino acid. This leads to
the growth of a longer chain of amino acids that may extend out of the ribosome.
Subsequently, the aminoacyl-tRNA enters the A- site and exit at the E- site and in the
process, the amino acid are covalently joined together.
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