Matching
Match each of the following terms with its correct definition.
Premises:
Bacteriophage lambda
Responses:
When an animal virus remains in the cell in an inactive form.
Includes phages such as T2 and T4.
The cycle in which a virulent phage kills the bacterial cell by lysis as the phage is released.
Enzyme that can make DNA from RNA.
Virus with an RNA genome that is copied into DNA.
Type of virus that kills a host cell in every replication cycle
Layer of protein surrounding the viral nucleic acid.
Integrated viral DNA.
Type of virus that does not kill a host cell in every replication cycle
During this process, DNA is transferred from one cell to another through a cytoplasmic bridge.
Transferring DNA using a virus.
E. coli phage.
This cycle begins when the lambda phage chromosome integrates into the host cell's DNA by crossing over. Once integrated, the lambda genes are mostly inactive.
Correct Answer:
Premises:
Responses:
When an animal virus remains in the cell in an inactive form.
Includes phages such as T2 and T4.
The cycle in which a virulent phage kills the bacterial cell by lysis as the phage is released.
Enzyme that can make DNA from RNA.
Virus with an RNA genome that is copied into DNA.
Type of virus that kills a host cell in every replication cycle
Layer of protein surrounding the viral nucleic acid.
Integrated viral DNA.
Type of virus that does not kill a host cell in every replication cycle
During this process, DNA is transferred from one cell to another through a cytoplasmic bridge.
Transferring DNA using a virus.
E. coli phage.
This cycle begins when the lambda phage chromosome integrates into the host cell's DNA by crossing over. Once integrated, the lambda genes are mostly inactive.
Premises:
When an animal virus remains in the cell in an inactive form.
Includes phages such as T2 and T4.
The cycle in which a virulent phage kills the bacterial cell by lysis as the phage is released.
Enzyme that can make DNA from RNA.
Virus with an RNA genome that is copied into DNA.
Type of virus that kills a host cell in every replication cycle
Layer of protein surrounding the viral nucleic acid.
Integrated viral DNA.
Type of virus that does not kill a host cell in every replication cycle
During this process, DNA is transferred from one cell to another through a cytoplasmic bridge.
Transferring DNA using a virus.
E. coli phage.
This cycle begins when the lambda phage chromosome integrates into the host cell's DNA by crossing over. Once integrated, the lambda genes are mostly inactive.
Responses:
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