Conservative transposons are excised from donor chromosome and insert into their

Question

Conservative transposons are

excised from donor chromosome and insert into their recipient DNA molecule, leaving a double strand break in the donor chromosome

Duplicated from donor chromosome and inserted into their recipient DNA molecule

Duplicated from donor chromosome and inserted into their recipient DNA molecule, leaving a double strand break in the donor chromosome

excised from donor chromosome and insert into their recipient DNA molecule, causing re-ligation of the nick in the donor chromosome.

Restriction enzymes that generate single strand overhangs are preferred for ligations because

base pairing between the single strand overhangs will increase the chance of ligation occurring.

they are more thermotolerant

The overhangs will bind to a ligase in order to allow hydrogen bonding to occur

the overhang is necessary for replication of plasmid DNA

excised from donor chromosome and insert into their recipient DNA molecule, leaving a double strand break in the donor chromosome

Duplicated from donor chromosome and inserted into their recipient DNA molecule

Duplicated from donor chromosome and inserted into their recipient DNA molecule, leaving a double strand break in the donor chromosome

excised from donor chromosome and insert into their recipient DNA molecule, causing re-ligation of the nick in the donor chromosome.

Restriction enzymes that generate single strand overhangs are preferred for ligations because

base pairing between the single strand overhangs will increase the chance of ligation occurring.

they are more thermotolerant

The overhangs will bind to a ligase in order to allow hydrogen bonding to occur

the overhang is necessary for replication of plasmid DNA

Explanation / Answer

Conservative Transposition is DNA transposons. It consist of DNA sequences which code for an enzyme called transposase. For conservative transposition process occurs transposon from the genome, transport it to a new location, and reinsert it into the genome.

So the correct answer is :Duplicated from donor chromosome and inserted into their recipient DNA molecule, leaving a double strand break in the donor chromosome

Restriction enzymes that generate single strand overhangs are preferred for ligations because the overhangs will bind to a ligase in order to allow hydrogen bonding to occur

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