The required association of two α-globin molecules and two β-globin molecules to make a functionally active hemoglobin molecule is an example of translational control. post-transcriptional control. post-translational control. chromatin control. transcriptional control.

The required association of two α-globin molecules and two β-globin molecules to make a functionally active hemoglobin molecule is an example of translational control. post-transcriptional control. post-translational control. chromatin control. transcriptional control.

Name: The required association of two α-globin molecules and two β-globin mo
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Description: The required association of two α-globin molecules and two β-globin molecules to make a functionally active hemoglobin molecule is an example of translational control. post-transcriptional control. post-translational control. chromatin control.

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter9: Gene Expression And Gene Regulation

Section: Chapter Questions

Problem 20QP: Indicate in which category, transcription or translation, each of the following functions belongs:...

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Similar questions

Which statement(s) describe the function of the protein encoded by KMT2D ? Transcription factor involved in the DNA damage response. A component of haemoglobin. A subunit of - secreatase. An enzyme invovled in nucleotide biosynthesis. An enzyme involved in the breakdown of glycosaminoglycans (GAGS). Involved in fat and muscle cell differentiation A cell surface protein involved in iron absorption.
Protein activity is controlled by multiple mechanisms in the cell. Briefly describe how this type of protein control is used in the cell and if this is an example of pre- or post-translational control. Allosteric activation
Describe the advantages and disadvantages of the following mechanisms of regulation: Transcriptional control Translational control Post translational control
Indicate in which category, transcription or translation, each of the following functions belongs: RNA poly-merase, ribosomes, nucleotides, tRNA, pre-mRNA, DNA, anticodon, amino acids.
Some cells can regulate gene expression by using microRNAs (miRNAs), that bind to complementary sequences on mRNA molecules in the cytoplasm increasing the stability of mRNA molecules and their rate of translation. Select one: True False
Unlike in prokaryotic cells, transcription and translation in eukaryotic cells... Group of answer choices are separated: transcription occurs in the cytoplasm, and translation occurs in the nucleus. occur together in the cytosol. occur together in the nucleus. are separated, except for proteins that bind to the DNA and ribosomes, which are translated in the nucleus. are separated: transcription occurs in the nucleus, and translation occurs in the cytoplasm.
In a given sample (whole organism, tissue, cell, subcellular compartment), what fraction of the whole proteome is expressed (i.e., which proteins are present)?
To be considered a transcription factor, a protein must bind the DNA. True or False
A gene normally contains an N' terminal ER signal sequence and an internal stop transfer sequence. The ER signal sequence is recognized and used during the protein trafficking process, as normal. After translation is completed a signal peptidase enzyme cleaves the N' ER signal sequence but the internal sequence is not cleaved. Which of the following figures best represents the orientation of the protein product after translation? N Extracellular Extracellular Extracellular Extracellular N Lumen Lumen Lumen Lumen N' D A C O A D
Describe protein biosynthesis. Define transcription and translation. What enzyme controlstranscription and what is made? Describe the process of translation
Which of the following best describes post-translational protein regulation? Regulation of the ability to respond to a specific inductive signal Regulation of which proteins are allowed to remain or function in a cell Regulation of which RNAS enter the cytoplasm Regulation of transcription of RNA from DNA Regulation of translation of RNA into proteins in the cytoplasm
Which of the following are common ways to regulate a protein? Group of answer options none of the options here binding of its substrate increased transcription of the gene encoding the protein The protein is exported out of the cell phosphorylation increased or decreased activity of the proteasome