$A$ : In $DNA$ fingerprinting, hybridization is done with molecular probe.
$R$ : Molecular probe is small $DNA$ segment synthesized in laboratory with known sequence that recognise complementary sequence in $RNA$
$A$ : In $DNA$ fingerprinting, hybridization is done with molecular probe.
$R$ : Molecular probe is small $DNA$ segment synthesized in laboratory with known sequence that recognise complementary sequence in $RNA$
- A
Assertion and Reason both are correct and also correct explanation.
- B
Assertion and Reason both are correct but not explanation of assertion.
- C
Assertion is correct, but Reason is incorrect.
- D
Both Assertion and Reason are incorrect.
Similar Questions
$DNA$ fingerprinting using Variable Number Tandem Repeats $(VNTRs)$ is based on the observation that
$DNA$ fingerprinting using Variable Number Tandem Repeats $(VNTRs)$ is based on the observation that
Variable number of tandem repeats $(VTNRs)$ in the $DNA$ molecule are highly useful in:
Variable number of tandem repeats $(VTNRs)$ in the $DNA$ molecule are highly useful in:
$DNA$ finger printing technique was first developed by
$DNA$ finger printing technique was first developed by
Would it be appropriate to use $DNA$ probes such as $VNTR$ in $DNA$ finger printing of a bacteriaphage ?
Would it be appropriate to use $DNA$ probes such as $VNTR$ in $DNA$ finger printing of a bacteriaphage ?
Arrange the various steps of $DNA$ fingerprinting technique in the correct order
$(I)$ Separation of $DNA$ fragment by electrophoresis.
$(II)$ Digestion of $DNA$ by restriction endonucleases.
$(III)$ Hybridization using labeled $VNTR$ probe
$(IV)$ Isolation of $DNA$.
$(V)$ Detection of hybridized $DNA$ fragments by autoradiography.
$(VI)$ Transferring of separated $DNA$ fragment to synthetic membranes.
Arrange the various steps of $DNA$ fingerprinting technique in the correct order
$(I)$ Separation of $DNA$ fragment by electrophoresis.
$(II)$ Digestion of $DNA$ by restriction endonucleases.
$(III)$ Hybridization using labeled $VNTR$ probe
$(IV)$ Isolation of $DNA$.
$(V)$ Detection of hybridized $DNA$ fragments by autoradiography.
$(VI)$ Transferring of separated $DNA$ fragment to synthetic membranes.