Which of the following is NOT an example of genomic control of gene regulation?
A. DNA Methylation
B. Gene Amplification
C. DNA rearrangement
D. Alternative RNA Splicing
Could I please get an explanation included with the answer? Thank you!
Which of the following is NOT an example of genomic control of gene regulation? A. DNA...
QUESTION 19 19. The following is an example of posttranslational regulation of gene expression: A. A. Control of transcription by a repressor B. A. Control of transcription by an inducer. Oc. A. Alternative splicing of RNA. D. A. Controlling transport of mRNA from the nucleus. E. A. Phopsorylation of protein.
Which of the following changes to DNA can be part of epigenetic regulation of gene expression? Choose both correct answers. degradation of mRNA that is no longer needed methylation of DNA acetylation alternate mRNA splicing
Q1)Which of the following is not involved in control of gene expression in eukaryotes? A. Change to DNA sequence. B. Alternative splicing. C. Export of mRNA from the nucleus. D. Transcriptional repression. E. Destruction of mRNA Q2) Trans-acting regulators of gene expression include? A. promoters. B. histone deacetylases C. introns D. silencers E. the TATA box. Q3) Gene regulation in eukaryotes often involves which of the following, which are not also used by prokaryotes? A.RNA polymerase B.Transcription factors C.Histone modification...
onaformation from a ee is used in the synthesisof 17 functional gene product. A) Geno B) Gene regulation C) Epigenetics D) Imprinting E) Chromatin remodeling 18. A histone code is the: A) B) nucleotide sequence of an individual histone protein's gene. pattern of chemical modification of the DNA wrapped around an individual histone. C) D) E) pattern of chemical modification of the histone tails. number of amino acids in an individual histone that are methylated None of the other answer...
Question 1 0.3125 points Transcripts for gene Q are relatively stable, so when a cell needs to turn off gene expression for gene Qit expresses gene T, which produces RNA that is complementary to gene QmRNA. This is an example of regulation aposttranslational b. posttranscriptional transcriptional d. epigenetic Question 9 The differences between the versions of the Sxl proteins found in male and female Drosophila are generated by the process of a. demethylation. b. coordinate regulation c. methylation d. alternative...
In eukaryotes, post-transcriptional control of gene regulation may involve Question 19 options: a. alternative mRNA splicing. b. alternative mRNA splicing, control of nuclear export of mRNAs to the cytoplasm, and differential mRNA degradation. c. control of nuclear export of mRNAs to the cytoplasm. d. differential mRNA degradation.
Which aspect of cell biology is NOT involved in the regulation of gene expression? Chromatin remodeling The make-up of a promoter Alternative splicing The overall size of RNA polymerase Presence of specific transcription factors
Which of the following is NOT a mechanism for gene regulation? a. Phase variation in DNA. b. Repressor binding to a promoter. c. Binding of a sRNA to a ribosome-binding site. d. None of the above.
The diagram below shows a segment of DNA containing an imaginary gene (Z) and the primary RNA transcript that results from the transcription of gene Z. Exons are represented in green and introns are represented in blue. Which of the following choices represent mRNA molecules that could be produced from the primary RNA transcript by alternative RNA splicing? (In each choice, the yellow part on the left represents the 5' cap, and the yellow part on the right represents the...
The first level of gene regulation occurs along the chromosome, through chemical modifications of the DNA or histones. How do these chemical modifications cause changes in gene expression? Select all that apply a. The chemical modifications to DNA could prevent the removal of introns from the mRNA b. The chemical modifications to DNA could activates enzymes that add chemical modifications to histones c. The chemicalodifications to DNA and histones could affect the binding of ribsomea to mRNA to initiate translation...