Select the option that shows the correct sequence of the $DNA$ fingerprinting process.
$(i)$ Isolation of $DNA$
$(ii)$ Hybridization using labeled $VNTR$ probe
$(iii)$ Transfer of $DNA$ fragments to nylon membrane
$(iv)$ Separation of $DNA$ fragments by electrophoresis
$(v)$ Autoradiography
$(vi)$ Digestion of $DNA$ by restriction endonucleases

  • A
    $i \rightarrow ii \rightarrow iii \rightarrow vi \rightarrow v \rightarrow iv$
  • B
    $i \rightarrow iii \rightarrow ii \rightarrow vi \rightarrow iv \rightarrow v$
  • C
    $vi \rightarrow v \rightarrow iv \rightarrow iii \rightarrow ii \rightarrow i$
  • D
    $i \rightarrow vi \rightarrow iv \rightarrow iii \rightarrow ii \rightarrow v$

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Similar Questions

In density gradient centrifugation,bulk $DNA$ forms a/an ......,while satellite $DNA$ forms a/an ...... .

Suppose $DNA$ samples collected for $DNA$ fingerprinting analysis are less than the required quantity. Which of the following techniques is helpful to make the samples sufficient for above analysis?

What is it that forms the basis of $DNA$ fingerprinting?

Assertion : $DNA$ fingerprinting has become a powerful tool to establish paternity and identity of criminals in rape and assault cases.
Reason : Trace evidences such as hairs,saliva,and dried semen are adequate for $DNA$ analysis.

Write an explanatory note on $DNA$ fingerprinting.

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