Homework Answers
Which items below are involved in primer removal and
replacement? Choose all that apply. From the list below. Includes
the both prokaryotes and eukaryotes.
ANSWER - DNA polymerase I, DNA polymerase delta.These both are
involved in primer removal and replacement DNA polymerase I in
prokaryotes and DNA polymerase delta in eukaryotes.
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Which items below are involved in primer removal and replacement? Choose all that apply from the...
Which items below have 5' to 3' exonuclease activity? Choose all that apply. from the list...
Which items below have 5' to 3' exonuclease activity? Choose all that apply. from the list below. Include both prokaryotes and eukaryotes O DNA Polymerase | O DNA Polymerase III O DNA Polymerase Delta DNA Polymerase Alpha DNA Polymerase Epsilon Replication Protein A Primase o O Topoisomerase/Gyrase Single stranded binding proteins DNA ligase Initiator proteins dNTPs NTPs n ORI U Telomerase
are these correct? I also need help with the blanks - MATCHING (In each blank place...
are
these correct? I also need help with the blanks
- MATCHING (In each blank place the letter of the term in the blank next to appropriate phrase. Use letters only once you might not need all letters) repeats M. Replication - MATCHING (In each blank, the most appropria RNA polymerasel DNA polymerase RNA polymerase Il S→ 3' delta/epsilon RNA polymerase 111 3-5 exonuclease DNA polymerasel semiconservative activity DNA polymerase II short tandem DNA 5'3'exonuclease DNA polymerase III activity DNA...
BioLoG 11. chose the order below that most closely represents the order in which the following...
BioLoG 11. chose the order below that most closely represents the order in which the following proteins participate in DNA replication. a. helicase, single stranded binging protein, primase DNA polymerase b. single -stranded binding protein, primase DNA polymerase helicase c. primase, DNA polymerase, single- stranded binding protein, helicase d. helicase, single- stranded binding protein DNA polymerase, primase. 12. what is the function of the enzyme primase during DNA replication? a. to unwind the double helix to prime it for replication...
8. How is DNA packaged in eukaryotes? Describe the different fibers and the proteins they use....
8. How is DNA packaged in eukaryotes? Describe the different fibers and the proteins they use. 9. Define the following: a. Helicase b. Ligase C. DNA polymerase d. Topoisomerase e. Single stranded binding proteins f. RNA primer g. Primase h. Nucleotide triphosphate I. Replication bubble - eukaryote vs prokaryote j. Nuclease k. Chromatin I. Chromosome m. Gene n. Genome o. Promoter 10. What is the function of mRNA 11. What is the mRNA strand that would be copied from this...
1. Answer the following quick Cell Biology questions. (a.)DNA replication is ___________________. a. conservative. b. dispersive...
1. Answer the following quick Cell Biology questions. (a.)DNA replication is ___________________. a. conservative. b. dispersive c. semiconservative. d. irregular. e. none of the above (b.) Which of the following proteins is observed exclusively in association with eukaryotic DNA replication? a. DNA polymerase I b. DNA gyrase c. single-strand binding proteins d. DNA ligase e. telomerase (c.) Which of the following events is characteristic of DNA replication in prokaryotes but not in eukaryotes (nuclear DNA)? a. DNA synthesis 5'...
Allows for an easier break of HydrUGLIO 5. Describe the role of each of the following...
Allows for an easier break of HydrUGLIO 5. Describe the role of each of the following in bacterial DNA replication: DnaA, DnaB, topoisom single-stranded binding proteins, DnaG, DNA polymerase III, DNA polymerase I, DNA ligase. recruit helicase proteins • DnaA: proteins bind to each other and the DnaA boxes • DnaB: (helicases) move in a 5' to 3' direction and unzip the double helix Topoisomerase: catalyze controlled cleavage and rejoining of DNA that prevents over-winding relieves torsional tension single-stranded binding...
QUESTION 10 Below is a list of proteins required for DNA replication to occur and functions...
QUESTION 10 Below is a list of proteins required for DNA replication to occur and functions involved in DNA replication. Match each protein to its function. helicase A catalyzes phosphodiester bonds between two DNA fragments in a strand single strand binding proteins (SSBPs) Rremoves RNA primer and replaces it with DNA topoisomerase cholds DNA polymerase in place during strand elongation - primase D. breaks hydrogen bonds between base pairs and opens the double helix DNA polymerase in E. extends a...
16. Which of the following enzymes adds DNA to the ends or material with duplication? a....
16. Which of the following enzymes adds DNA to the ends or material with duplication? a. Telomerase b. Polymerase d. Primase e. Ligase 1. Which of the following structures indicates where DNA replication begins a. DNA polymerase III b. Replication fork C. Helicase d. Origin of replication e. Centromeres 18. A select mutation is causing a cell lineape to be unable to replicate DNA SUccessfully NA successfully. When observed under a microscope, researchers observe that the DNA is able to...
dentify the correct action and event for clamp loading proteins catalyzes the joining of deoxyribonucleotide 5...
dentify the correct action and event for clamp loading proteins catalyzes the joining of deoxyribonucleotide 5 -triphosphates (dNTPs) to form the growing DNA chain O an enzyme that can synthesize short fragments of RNA de novo which are complementary to the parent strand template and serve as primers for DNA replication proteins that specifically recognize and bind DNA at the junction between the primer and template proteins that bind adjacent to the clamp-loading proteins, forming a ring around the template...
In rho-dependent transcription termination: the formation of a hairpin in the transcribed mRNA causes RNA polymerase...
In rho-dependent transcription termination: the formation of a hairpin in the transcribed mRNA causes RNA polymerase to pause, facilitating termination. rho binds the mRNA, and when it makes contact with RNA polymerase, it assists with the removal of the mRNA from the DNA template. the rho factor binds to the -10 consensus sequence located in the promoter region to terminate transcription. a site within the poly(A) tail is cleaved which signals termination. the 3' untranslated region (3" UTR) is synthesized....
Which items below have 5' to 3' exonuclease activity? Choose all that apply. from the list below. Include both prokaryotes and eukaryotes O DNA Polymerase | O DNA Polymerase III O DNA Polymerase Delta DNA Polymerase Alpha DNA Polymerase Epsilon Replication Protein A Primase o O Topoisomerase/Gyrase Single stranded binding proteins DNA ligase Initiator proteins dNTPs NTPs n ORI U Telomerase
are
these correct? I also need help with the blanks
- MATCHING (In each blank place the letter of the term in the blank next to appropriate phrase. Use letters only once you might not need all letters) repeats M. Replication - MATCHING (In each blank, the most appropria RNA polymerasel DNA polymerase RNA polymerase Il S→ 3' delta/epsilon RNA polymerase 111 3-5 exonuclease DNA polymerasel semiconservative activity DNA polymerase II short tandem DNA 5'3'exonuclease DNA polymerase III activity DNA...
BioLoG 11. chose the order below that most closely represents the order in which the following proteins participate in DNA replication. a. helicase, single stranded binging protein, primase DNA polymerase b. single -stranded binding protein, primase DNA polymerase helicase c. primase, DNA polymerase, single- stranded binding protein, helicase d. helicase, single- stranded binding protein DNA polymerase, primase. 12. what is the function of the enzyme primase during DNA replication? a. to unwind the double helix to prime it for replication...
8. How is DNA packaged in eukaryotes? Describe the different fibers and the proteins they use. 9. Define the following: a. Helicase b. Ligase C. DNA polymerase d. Topoisomerase e. Single stranded binding proteins f. RNA primer g. Primase h. Nucleotide triphosphate I. Replication bubble - eukaryote vs prokaryote j. Nuclease k. Chromatin I. Chromosome m. Gene n. Genome o. Promoter 10. What is the function of mRNA 11. What is the mRNA strand that would be copied from this...
Allows for an easier break of HydrUGLIO 5. Describe the role of each of the following in bacterial DNA replication: DnaA, DnaB, topoisom single-stranded binding proteins, DnaG, DNA polymerase III, DNA polymerase I, DNA ligase. recruit helicase proteins • DnaA: proteins bind to each other and the DnaA boxes • DnaB: (helicases) move in a 5' to 3' direction and unzip the double helix Topoisomerase: catalyze controlled cleavage and rejoining of DNA that prevents over-winding relieves torsional tension single-stranded binding...
QUESTION 10 Below is a list of proteins required for DNA replication to occur and functions involved in DNA replication. Match each protein to its function. helicase A catalyzes phosphodiester bonds between two DNA fragments in a strand single strand binding proteins (SSBPs) Rremoves RNA primer and replaces it with DNA topoisomerase cholds DNA polymerase in place during strand elongation - primase D. breaks hydrogen bonds between base pairs and opens the double helix DNA polymerase in E. extends a...
16. Which of the following enzymes adds DNA to the ends or material with duplication? a. Telomerase b. Polymerase d. Primase e. Ligase 1. Which of the following structures indicates where DNA replication begins a. DNA polymerase III b. Replication fork C. Helicase d. Origin of replication e. Centromeres 18. A select mutation is causing a cell lineape to be unable to replicate DNA SUccessfully NA successfully. When observed under a microscope, researchers observe that the DNA is able to...
dentify the correct action and event for clamp loading proteins catalyzes the joining of deoxyribonucleotide 5 -triphosphates (dNTPs) to form the growing DNA chain O an enzyme that can synthesize short fragments of RNA de novo which are complementary to the parent strand template and serve as primers for DNA replication proteins that specifically recognize and bind DNA at the junction between the primer and template proteins that bind adjacent to the clamp-loading proteins, forming a ring around the template...
In rho-dependent transcription termination: the formation of a hairpin in the transcribed mRNA causes RNA polymerase to pause, facilitating termination. rho binds the mRNA, and when it makes contact with RNA polymerase, it assists with the removal of the mRNA from the DNA template. the rho factor binds to the -10 consensus sequence located in the promoter region to terminate transcription. a site within the poly(A) tail is cleaved which signals termination. the 3' untranslated region (3" UTR) is synthesized....
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