Rank the steps from 1 to 10

General, Organic, and Biological Chemistry
7th Edition
ISBN:9781285853918
Author:H. Stephen Stoker
Publisher:H. Stephen Stoker
Chapter22: Nucleic Acids
Section: Chapter Questions
Problem 22.31EP: For the trinucleotide 5 GCA 3 a. How many nucleotide subunits are present in its backbone? b. How...
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Rank the steps from 1 to 10
Rank the steps of protein production in the order in which they occur. (1
= OCcurs
first, 10 = occurs last)
Initiation factors bind the small
V[Choose]
ribosomal subunit which recognizes
the Shine Dalgarno sequence in the
2
MRNA
Elongation factors escort the
1
aminoacyl tRNA to the vacant A site
3
of the ribosome
10
7
MRNA is spliced in the spliceosome
to remove introns
N-formylIMethionine tRNA
[ Choose ]
recognizes the start codon and
recruits the large ribosomal subunit
Translocation moves the uncharged
TRNA to the E site and the recently
extended tRNA is moved from the A
[ Choose ]
site to the P site
DNA is transcribed into mRNA in the
nucleus with the help of RNA
[ Choose ]
polymerase
Transcribed Image Text:Rank the steps of protein production in the order in which they occur. (1 = OCcurs first, 10 = occurs last) Initiation factors bind the small V[Choose] ribosomal subunit which recognizes the Shine Dalgarno sequence in the 2 MRNA Elongation factors escort the 1 aminoacyl tRNA to the vacant A site 3 of the ribosome 10 7 MRNA is spliced in the spliceosome to remove introns N-formylIMethionine tRNA [ Choose ] recognizes the start codon and recruits the large ribosomal subunit Translocation moves the uncharged TRNA to the E site and the recently extended tRNA is moved from the A [ Choose ] site to the P site DNA is transcribed into mRNA in the nucleus with the help of RNA [ Choose ] polymerase
The newly formed polypeptide chain
heads to the ER where it undergoes
[ Choose ]
post-translational modifications
Transcription factors bind DNA and
help initiate the process of
[ Choose ]
transcription
Release factors recognize the stop
[ Choose ]
codons and cause dissociation of the
ribosome from the mRNA
The peptidyl transferase reaction
[ Choose]
forms the peptide bond between the
aminoacyl in the A site and the last
residue of the polypeptide chain in
the P site
Transcribed Image Text:The newly formed polypeptide chain heads to the ER where it undergoes [ Choose ] post-translational modifications Transcription factors bind DNA and help initiate the process of [ Choose ] transcription Release factors recognize the stop [ Choose ] codons and cause dissociation of the ribosome from the mRNA The peptidyl transferase reaction [ Choose] forms the peptide bond between the aminoacyl in the A site and the last residue of the polypeptide chain in the P site
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