Translational control of gene expression in humans regulates the synthesis of: RNA from an RNA template protein from an RNA template DNA from a DNA template protein from a DNA template RNA from a DNA template

Translational control of gene expression in humans regulates the synthesis of: RNA from an RNA template protein from an RNA template DNA from a DNA template protein from a DNA template RNA from a DNA template

Name: Translational control of gene expression in humans regulates the synth
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Description: Translational control of gene expression in humans regulates the synthesis of:RNA from an RNA templateprotein from an RNA templateDNA from a DNA templateprotein from a DNA templateRNA from a DNA template

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter14: Gene Regulation

Section14.3: Gene Regulation In Eukaryotic Cells

Problem 10LO

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The expression of eukaryotic genes can be regulated at the level of Choose one of the following transcription initiation. RNA splicing. translation. RNA stability. all of the above
The most common type of termination signal in E. Coli is a symmetrical inverted repeat of GC rich sequences followed by about 7 As that forms a stable stem-loop structure in the RNA, which disrupts its association with the DNA template and terminates transcription. true or false
Which of the following is not a general description of the gene expression regulation mechanisms that operate in eukaryotic organisms? transcriptional-level control processing-level control translational level-control replication-level controls
. Eucaryotic processing of hnRNA into mature mRNA includes all of the following steps except: ribosome attachment to the Shine-Dalgarno sequence 5’-addition of a 7-methylguanosine cap 3’-addition of a polyadenylated tail splicing together of exons excision of introns
Which of the following types of RNA-based regulation may affect the expression of a target gene during translation (meaning, transcription is unaffected)? Choose all that apply. Group of answer choices riboswitch asRNA miRNA siRNA attenuation
Eukaryotic transcription has the following regulatory upstream element (region) in addition to promoter region, which regulates of RNA polymerase and transcription A. Enhancer B.Operon C.Transposon D. Mutation
Gene expression is initiated largely in response to changes in the ____________________________ in prokaryotes as opposed to changes affecting the homeostasis of the whole organism in eukaryotes.
Discuss how the expression of a protein can be regulated post transcription in eukaryotic cells through, using the following key terms: Degradation of mRNA (two ways) Blocking translation Degradation of the protein
. Eukaryotic processing of hnRNA into mature mRNA includes all of the following steps except: ribosome attachment of methionine to the 5’-AUG-3’ codon 5’-addition of a 7-methylguanosine cap 3’-addition of a polyadenylated tail splicing together of exons excision of introns
In eukaryotes there is not a consistent relationship between the length of the coding sequence of a gene and the length of the mature mRNA it encodes, even though one nucleotide in DNA = one nucleotide in pre-mRNA or primary transcript. Explain why this is so.
Which of the following is true only for eukaryotic gene expression? mRNA is synthesized in the 3' ---> 5' direction. Translation of mRNA routinely begins before transcription is complete. The mRNA transcript is the exact complement of the gene from which it was copied. After transcription, a 3' poly-A tail and a 5' cap are added to mRNA. RNA polymerase binds to the promoter region to begin transcription.
The phosphorylation of the RNA polymerase II tail is important for the following EXCEPT a.the formation of transcription initiation complex b.RNA processing c.the dissociation of most general transcription factors d.initiation of transcription by RNA polymerase II