Read the statements below and determine which f the recombination mechanisms that it matches with - there could be more than one match or there could be no match at all. For each box, place a YES or NO in the box. Statement 1. Donor cell produces a pilus in order to exchange DNA with recipient cell. 2. Mediated by a bacteriophage. 3. Always involves a plasmid. 4. Allows recombination of chromosomal DNA fragments from donor to recipient. 5. Requires rolling circle replication. 6. Requires donor to recipient cell direct contact. 7. Allows the uptake of free DNA fragments from the environment. 8. Is always horizontal gene exchange. 9. Allows movement of genes from a plasmid to a chromosome. 10. Requires a donor cell to infect a recipient cell in order for recombination to occur. 11. Involves plasmid integration into the chromosome prior to recombination. 12. Involves incorrect packaging of donor DNA into a phage particle in order for recombination to occur. 13. Involves DNA that was released by dead cells as a result of autolysis. 14. Recombination begins at a site called oriT. 15. Produces a recombinant recipient cell that cannot undergo conjugation as a donor. 16. Produces recipient cells that can produce a pilus. Transformation Conjugation F+ x F- Conjugation Hfr x F- Generalized Transduction Transposons
Read the statements below and determine which f the recombination mechanisms that it matches with - there could be more than one match or there could be no match at all. For each box, place a YES or NO in the box. Statement 1. Donor cell produces a pilus in order to exchange DNA with recipient cell. 2. Mediated by a bacteriophage. 3. Always involves a plasmid. 4. Allows recombination of chromosomal DNA fragments from donor to recipient. 5. Requires rolling circle replication. 6. Requires donor to recipient cell direct contact. 7. Allows the uptake of free DNA fragments from the environment. 8. Is always horizontal gene exchange. 9. Allows movement of genes from a plasmid to a chromosome. 10. Requires a donor cell to infect a recipient cell in order for recombination to occur. 11. Involves plasmid integration into the chromosome prior to recombination. 12. Involves incorrect packaging of donor DNA into a phage particle in order for recombination to occur. 13. Involves DNA that was released by dead cells as a result of autolysis. 14. Recombination begins at a site called oriT. 15. Produces a recombinant recipient cell that cannot undergo conjugation as a donor. 16. Produces recipient cells that can produce a pilus. Transformation Conjugation F+ x F- Conjugation Hfr x F- Generalized Transduction Transposons
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:Read the statements below and determine which f the recombination mechanisms that it matches with - there could be
more than one match or there could be no match at all. For each box, place a YES or NO in the box.
Statement
1. Donor cell produces a pilus in
order to exchange DNA with
recipient cell.
2. Mediated by a bacteriophage.
3. Always involves a plasmid.
4. Allows recombination of
chromosomal DNA fragments from
donor to recipient.
5. Requires rolling circle replication.
6. Requires donor to recipient cell
direct contact.
7. Allows the uptake of free DNA
fragments from the environment.
8. Is always horizontal gene
exchange.
9. Allows movement of genes from a
plasmid to a chromosome.
10. Requires a donor cell to infect a
recipient cell in order for
recombination to occur.
11. Involves plasmid integration into
the chromosome prior to
recombination.
12. Involves incorrect packaging of
donor DNA into a phage particle in
order for recombination to occur.
13. Involves DNA that was released by
dead cells as a result of autolysis.
14. Recombination begins at a site
called oriT.
15. Produces a recombinant recipient
cell that cannot undergo
conjugation as a donor.
16. Produces recipient cells that can
produce a pilus.
Transformation Conjugation
F+ x F-
Conjugation
Hfr x F-
Generalized
Transduction
Transposons
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