5'....TACTGCCCATGCCCAGAGAGAAAGCGCAGACGCGTCTAA actgt... 3' a). (10 points). In the above sequences, the open reading frame is indicated by alternating non-underlined and underlined triplets. Please use the codon table to deduce the amino acid sequence for the region shown in the wildtype protein. Wildtype AA sequence for the region around mutation #1: Wildtype AA sequence for the region around mutation #2: b). (10 points). Please make predictions what molecular change mutation #1 and mutation #2 cause. c). (5 points). Which mutation is more likely to abrogate the protein function? Why? 2. Protein A participates in fertilization. Below is a diagram of the protein. It has 468 amino acids. Two mutations have been isolated. Mutation #1 is a single base pair deletion (G in yellow highlights) in the coding region, corresponding to around the 200th amino acid in the protein. Mutation #2 is a 6 base pair deletion (yellow highlights) towards the end of the protein (green highlighted TAA is the stop codon). aa1 aa468 mutation #1 DNA sequence (sense strand): 5'......AAAATGGTAAAGGCCGTCGTAGGATTCGGCGCT ... 3' corresponding wildtype sequence: 5'...AAAATGGTAAAGGCCGTCGTAGGATTCGGCGCT ... 3' mutation #2 DNA sequence (sense strand): 5'......TACTGCCCATGCCCAGAGAGAAAGCGCAGACGCGTCTAA actgt... 3' corresponding wildtype sequence:
5'....TACTGCCCATGCCCAGAGAGAAAGCGCAGACGCGTCTAA actgt... 3' a). (10 points). In the above sequences, the open reading frame is indicated by alternating non-underlined and underlined triplets. Please use the codon table to deduce the amino acid sequence for the region shown in the wildtype protein. Wildtype AA sequence for the region around mutation #1: Wildtype AA sequence for the region around mutation #2: b). (10 points). Please make predictions what molecular change mutation #1 and mutation #2 cause. c). (5 points). Which mutation is more likely to abrogate the protein function? Why? 2. Protein A participates in fertilization. Below is a diagram of the protein. It has 468 amino acids. Two mutations have been isolated. Mutation #1 is a single base pair deletion (G in yellow highlights) in the coding region, corresponding to around the 200th amino acid in the protein. Mutation #2 is a 6 base pair deletion (yellow highlights) towards the end of the protein (green highlighted TAA is the stop codon). aa1 aa468 mutation #1 DNA sequence (sense strand): 5'......AAAATGGTAAAGGCCGTCGTAGGATTCGGCGCT ... 3' corresponding wildtype sequence: 5'...AAAATGGTAAAGGCCGTCGTAGGATTCGGCGCT ... 3' mutation #2 DNA sequence (sense strand): 5'......TACTGCCCATGCCCAGAGAGAAAGCGCAGACGCGTCTAA actgt... 3' corresponding wildtype sequence:
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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Transcribed Image Text:5'....TACTGCCCATGCCCAGAGAGAAAGCGCAGACGCGTCTAA actgt... 3'
a). (10 points). In the above sequences, the open reading frame is indicated by alternating
non-underlined and underlined triplets. Please use the codon table to deduce the amino
acid sequence for the region shown in the wildtype protein.
Wildtype AA sequence for the region around mutation #1:
Wildtype AA sequence for the region around mutation #2:
b). (10 points). Please make predictions what molecular change mutation #1 and mutation
#2 cause.
c). (5 points). Which mutation is more likely to abrogate the protein function? Why?
Transcribed Image Text:2. Protein A participates in fertilization. Below is a diagram of the protein. It has 468 amino
acids. Two mutations have been isolated. Mutation #1 is a single base pair deletion (G in
yellow highlights) in the coding region, corresponding to around the 200th amino acid in the
protein. Mutation #2 is a 6 base pair deletion (yellow highlights) towards the end of the
protein (green highlighted TAA is the stop codon).
aa1
aa468
mutation #1 DNA sequence (sense strand):
5'......AAAATGGTAAAGGCCGTCGTAGGATTCGGCGCT ... 3'
corresponding wildtype sequence:
5'...AAAATGGTAAAGGCCGTCGTAGGATTCGGCGCT ... 3'
mutation #2 DNA sequence (sense strand):
5'......TACTGCCCATGCCCAGAGAGAAAGCGCAGACGCGTCTAA actgt... 3'
corresponding wildtype sequence:
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