Question

The replication of lagging strands of dna differs from the replication of leading strands in that

Answer 1

Answer:

The lagging strand goes from 5' to 3' and its replication process goes the opposite way.

Explanation:

The leading strands go from 3' to 5' where the DNA polymerase functions properly, but the lagging strand, which goes from 5' to 3' the DNA polymerase works discontinuously creating fragments (Okazaki fragments) that will then be attached with a ligase.

Answer 2

The DNA replication of the lagging strand differs from the replication of the leading strands in that DNA synthesis PROCEEDS in the 3´ to-5´ direction.

The replication fork is a Y-shape structure where two strands of DNA are separated during DNA replication.

During this process (DNA replication), the leading strand is replicated in the same direction as the replication fork, in the 3' – 5' direction.  

Moreover, the lagging strand is replicated in the 5' - 3' direction, i.e., an opposite direction to the replication fork.

The Okazaki fragments are short DNA fragments synthesized discontinuously to create the lagging strand.

In conclusion, DNA replication of the lagging strand differs from the replication of the leading strands in that DNA synthesis PROCEEDS in the 3´ to-5´ direction.

Learn more in:

https://brainly.com/question/5839565?referrer=searchResults