2. Next, directly below the new DNA sequence that you gave for #1, write/type the nucleotide sequence of the mRNA strand that would be transcribed using the new complementary DNA strand as the template (label both ends of the new mRNA strand). Which direction would this synthesis occur in: left to right? or right to left? (or use an arrow to show the direction) 3. Finally, directly below the mRNA sequence that you wrote for #2, write the amino acid sequence of the polypeptide that would be translated using the new MRNA sequence as the template (label both ends of the polypeptide sequence). Do this as a ribosome would in the cell. Which direction would this synthesis occur in: left to right? or right to left? (or use an arrow to show the direction) 5 -CTATGTTAGAGTATTGCGACTGAAGG-3’

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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1. Directly below the DNA nucleotide sequence given below, write/type the complementary
nucleotide sequence of the new DNA strand that would be synthesized during DNA replication
using this given DNA strand as the template strand (label both ends of the new DNA strand)
Which direction would this synthesis occur in: left to right? or right to left? (or use an arrow to
show the direction)
2. Next, directly below the new DNA sequence that you gave for #1, write/type the nucleotide
sequence of the mRNA strand that would be transcribed using the new complementary DNA
strand as the template (label both ends of the new mRNA strand). Which direction would this
synthesis occur in: left to right? or right to left? (or use an arrow to show the direction)
3. Finally, directly below the mRNA sequence that you wrote for #2, write the amino acid
sequence of the polypeptide that would be translated using the new mRNA sequence as the
template (label both ends of the polypeptide sequence). Do this as a ribosome would in the
cell. Which direction would this synthesis occur in: left to right? or right to left? (or use an
arrow to show the direction)
5'-CTATGTTAGAGTATTGCGA CTGAAGG-3'
Transcribed Image Text:1. Directly below the DNA nucleotide sequence given below, write/type the complementary nucleotide sequence of the new DNA strand that would be synthesized during DNA replication using this given DNA strand as the template strand (label both ends of the new DNA strand) Which direction would this synthesis occur in: left to right? or right to left? (or use an arrow to show the direction) 2. Next, directly below the new DNA sequence that you gave for #1, write/type the nucleotide sequence of the mRNA strand that would be transcribed using the new complementary DNA strand as the template (label both ends of the new mRNA strand). Which direction would this synthesis occur in: left to right? or right to left? (or use an arrow to show the direction) 3. Finally, directly below the mRNA sequence that you wrote for #2, write the amino acid sequence of the polypeptide that would be translated using the new mRNA sequence as the template (label both ends of the polypeptide sequence). Do this as a ribosome would in the cell. Which direction would this synthesis occur in: left to right? or right to left? (or use an arrow to show the direction) 5'-CTATGTTAGAGTATTGCGA CTGAAGG-3'
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