During translation initiation in prokaryotes, a GTP molecule is needed in

Question

During translation initiation in prokaryotes, a GTP molecule is needed in (A) association of 30 S, mRNA with formyl-met-tRNA (B) association of 50 S sub-unit of ribosome with initiation complex (C) formation of formyl-met-tRNA (D) binding of 30 sub-units of ribosome with mRNA

Tardigrade Admin · Accepted Answer

During the process of translation, an initial complex is formed between mRNA, 30 S ribosomal sub-unit and methionyl tRNA. This complex is formed due to the association of IF1, IF2, IF3 initiation factors and GTP molecule.

Q. During translation initiation in prokaryotes, a GTP molecule is needed in

association of 30 S, mRNA with formyl-met-tRNA

association of 50 S sub-unit of ribosome with initiation complex

formation of formyl-met-tRNA

binding of 30 sub-units of ribosome with mRNA

During the process of translation, an initial complex is formed between mRNA, 30 S ribosomal sub-unit and methionyl tRNA. This complex is formed due to the association of $I F_{1}, I F_{2}, I F_{3}$ initiation factors and GTP molecule.

Q. During translation initiation in prokaryotes, a GTP molecule is needed in

association of 30 S, mRNA with formyl-met-tRNA

association of 50 S sub-unit of ribosome with initiation complex

formation of formyl-met-tRNA

binding of 30 sub-units of ribosome with mRNA

During the process of translation, an initial complex is formed between mRNA, 30 S ribosomal sub-unit and methionyl tRNA. This complex is formed due to the association of IF1​,IF2​,IF3​ initiation factors and GTP molecule.

During the process of translation, an initial complex is formed between mRNA, 30 S ribosomal sub-unit and methionyl tRNA. This complex is formed due to the association of $I F_{1}, I F_{2}, I F_{3}$ initiation factors and GTP molecule.