If you find an RFLP in a gene when comparing sequences of two different people, does that mean that the gene is disrupted in one person? RFLP are never associated with a gene disruption Yes in the RFLP is in an exon It may be, or the RFLP may have no consequence on gene activity Yes, the gene must be disrupted in one of the people Yes, if the RFLP is in an intron

If you find an RFLP in a gene when comparing sequences of two different people, does that mean that the gene is disrupted in one person? RFLP are never associated with a gene disruption Yes in the RFLP is in an exon It may be, or the RFLP may have no consequence on gene activity Yes, the gene must be disrupted in one of the people Yes, if the RFLP is in an intron

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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draw an arrow pointing to where you would place an sgRNA(s) in order to make a full gene deletion, draw an arrow pointing to where you would place an sgRNA(s) in order to delete exon 2 draw an arrow pointing to where you would place an sgRNA(s) in order to make a single nucleotide change in exon 2
Where are silent mutations more likely to happen? Group of answer choices in position 1 of the codon in position 3 of the codon in position 1 of the anticodon in position 3 of the anticodon in position 1 of the codon and position 3 of the anticodon with the same likelihood in position 3 of the codon and position 1 of the anticodon with the same likelihood
A mutation creates a STOP codon where one was not before. Which of the following could NOT be the mut O Deletion O Insertion O Missense Nonsense O Silent O All of the mutations above could create a STOP codon where one was not before.
Select the genetic features of a gene that are encoded in the DNA but not made into RNA. Select all that apply. O Intron O Exon O 5' Cap O Poly A tail O Promoter O Terminator ? Time El Attempt 1 Minut
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The length of the SURF1 gene is 15, 914 bases. This gene is comprised of 11 exons and 10 introns. The diagram below (not drawn to scale) represents the map of the SURF1 gene. Allele #3 Change from AGGT to ACCC at 1 15, 914 exon/intron border E1 E2 ЕЗ E4 E5 E6 EŽ E8 E9 E10 EA1 ATG start codon Allele #4 TAA stop codon Allele #2 insertion of T deletion of 27 bases Consider the following mutation, Allele #4 in a cell, which of the following are possible for the processed mRNA & protein product from this mutant allele? Select all that apply The processed mRNA expressed from this mutant allele may be longer than that from the wild-type allele The processed MRNA expressed from this mutant allele may be shorter than that from the wild-type allele The protein expressed from this mutant allele may be shorter than that from the wild-type allele O The protein expressed from this mutant allele may be longer than that from the wild-type allele
You have 2 genes side by side on a chromosome, gene A and gene B. In your cell your RNASE enzyme that degrade MRNAS starting at their poly A tail is no longer functional. Choose the description that best describes the end result of this mutation. O a No MRNA can be degraded and resulting proteins will forever be made in the cell O b. There is no etfect on the cell O c. Gene A MRNA cannot be degraded and resulting Protein A will forever be made in the cell Od. Gene B MRNA cannot be degraded and resulting Protein B will forever be made in the cll
Some Events that May Occur during Transcription RNA polymerases detach. DNA polymerases detach. DNA polymerases proofread. RNA double helix is unzipped. DNA double helix is unzipped. DNA double helix forms again. mRNA is built in the 3′ to 5′ direction. mRNA is built in the 5′ to 3′ direction. RNA ligase fuses the Okazaki fragments. RNA polymerase binds to the sense strand. DNA polymerase binds to the sense strand. RNA polymerase binds to the antisense strand. DNA polymerase binds to the antisense strand. Listed in sequence, the events involved in DNA transcription numbered above are ___, ___, ___, ___ and ___.
How can you get more than one protein from one gene? Alternative splicing/multiple mRNAs One MRNA/frameshift/multiple proteins Polyprotein cut into multiple proteins O All the above
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