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The Okazaki fragments in DNA chain grow...

The Okazaki fragments in DNA chain growth

A

polymerise in the `5’ rarr 3’` direction and explain `3’ rarr 5’` DNA replication.

B

Prove semi-conservation nature of DNA replication.

C

result in transcription.

D

polymerise in the `3’ rarr 5’` direction and from replication fork .

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The correct Answer is:
A
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Consider the following events in DNA replication 1. Formation of RNA primers by RNA polymerase. 2. Removal of RNA primers and formation of Okazaki fragments. Formation of DNA strands on RNA primers by DNA polyIII complex. 4. Recognition of intiation point by initiator protein. 5. Dissociation of hydrogen bonds and opening of a 'bubbble' in the duplex by unwinding proteins. 6. Filling up of the gaps between Okazaki fragments and formation of DNA strand. ltBrgt the correct sequence of these events is:-