describe the process of DNA replication in detail, including the names and functions of all proteins...
describe the process of DNA replication in detail, including the names and functions of all proteins involve
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describe the process of DNA replication in detail, including the
names and functions of all proteins...
Answer the following genetics questions: a. In detail describe the process of DNA replication. Be sure...
Answer the following genetics questions: a. In detail describe the process of DNA replication. Be sure to include all the major enzymes (gyrase, helicase, ligase, polymerase, primase), SSBs, replication fork, Okazaki fragments, and strand types (leading v. lagging). Draw and label a diagram of a replication bubble and replication forks. b. Describe and differentiate among the primary, secondary, and tertiary structures of a protein. To what kinds of interactions can each of these stages be ascribed? c. What are...
DNA Replication - Describe the process of DNA replication in a well-organized manner. Start with the...
DNA Replication - Describe the process of DNA replication in a well-organized manner. Start with the helicase and go through the entire process, step by step. Use these terms correctly: Helicase, DNA primase, single stranded binding proteins, DNA polymerase I, DNA Polymerase III, leading strand, lagging strand, okazaki fragments, ligase, topoisomerase, sliding clamp, clamp loader. Please use correct descriptions of the enzyme function. For example, do not say, “seals nicks.” Tell me what “seals nicks” means.
5 Describe the process of DNA replication; include the following terms: antiparallel structure, DNA Okazaki fragments,...
5 Describe the process of DNA replication; include the following terms: antiparallel structure, DNA Okazaki fragments, DNA ligase, primer, primase, helicase, topoisomerase, single-strand binding proteins. Describe the function of Helicase, Primase, topoisomerase, DNA Polymerase III, DNA Polymerase I, DNA ligase
1. Describe in as much detail as possible DNA replication OR protein translation. Use the proper...
1. Describe in as much detail as possible DNA replication OR protein translation. Use the proper terms for the enzymes (proteins) involved. 2. Define: mutations, spontaneous mutations, induced mutations. 3. Compare the design of negative selection and positive selection plating to the identification of bacterial mutants. 4. How is Ti plasmid used in rDNA 5. Describe the structural characteristics of plasmids and explain the roles they play in microbial cells.
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...
A) Explain lagging strand DNA replication in detail. Underline the following terms in your answer: replication...
A) Explain lagging strand DNA replication in detail. Underline the following terms in your answer: replication fork, DNA polymerase III, primase, and ligation. Make sure that your answer is complete and that all the entities that come together in the process of lagging strand replication are clearly explained. Draw one figure of a replication fork with the polarity (directionality) of each DNA strand indicated. G) Explain RNA transcription in E. coli in detail, from initiation to termination. Underline the following...
Describe the process of DNA replication. (Your answer should include the following: replication fork, semiconservative replication,...
Describe the process of DNA replication. (Your answer should include the following: replication fork, semiconservative replication, replication fork, DNA gyrase, helicase, primase, DNA polymerase, DNA ligase, leading strand, lagging strand, continuous replication, non-continuous replication, and Okazaki fragment)
The concept map shows that proteins carry out DNA replication and proteins control mitosis. Drag each...
The concept map shows that proteins carry out DNA replication and proteins control mitosis. Drag each protein from the list below to the process that it participates in. Some labels list proteins that are not directly involved in either process; these labels will not be used. ATP synthase DNA replication proteins Mitosis proteins Rubisco Ligases DNA polymerase Helicases RNA polymerase Checkpoint signaling proteins Spindle proteins Review the Chapter 8 Survey the Landscape concept map below, and then answer the following...
DNA polymerases I, III, and delta have important roles in replication. Which of these proteins have...
DNA polymerases I, III, and delta have important roles in replication. Which of these proteins have similar functions? Describe those similar functions that they share. Which one performs a different function and what is that function?
Using your knowledge of the proteins involved in the process of DNA replication, and their requirements...
Using your knowledge of the proteins involved in the process of
DNA replication, and their requirements for activity, please add to
or re-draw each of the following DNA diagrams as would be needed to
account for the effect of adding only DNA pol I and
dNTPs to each DNA molecule. Please briefly explain the
rationale for each diagram. (Note: Each circular or linear line
represents a single strand of DNA or RNA. See legend below)
Question 3: (6 marks) Using...
5 Describe the process of DNA replication; include the following terms: antiparallel structure, DNA Okazaki fragments, DNA ligase, primer, primase, helicase, topoisomerase, single-strand binding proteins. Describe the function of Helicase, Primase, topoisomerase, DNA Polymerase III, DNA Polymerase I, DNA ligase
1. Describe in as much detail as possible DNA replication OR protein translation. Use the proper terms for the enzymes (proteins) involved. 2. Define: mutations, spontaneous mutations, induced mutations. 3. Compare the design of negative selection and positive selection plating to the identification of bacterial mutants. 4. How is Ti plasmid used in rDNA 5. Describe the structural characteristics of plasmids and explain the roles they play in microbial cells.
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...
The concept map shows that proteins carry out DNA replication and proteins control mitosis. Drag each protein from the list below to the process that it participates in. Some labels list proteins that are not directly involved in either process; these labels will not be used. ATP synthase DNA replication proteins Mitosis proteins Rubisco Ligases DNA polymerase Helicases RNA polymerase Checkpoint signaling proteins Spindle proteins Review the Chapter 8 Survey the Landscape concept map below, and then answer the following...
Using your knowledge of the proteins involved in the process of
DNA replication, and their requirements for activity, please add to
or re-draw each of the following DNA diagrams as would be needed to
account for the effect of adding only DNA pol I and
dNTPs to each DNA molecule. Please briefly explain the
rationale for each diagram. (Note: Each circular or linear line
represents a single strand of DNA or RNA. See legend below)
Question 3: (6 marks) Using...
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