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The lagging strand is replicated with a series of okazaki fragments and that is why its synthesis is considered to be

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Answer:

Their synthesis is considered to be discontinuous.

Explanation:

Okazaki fragments, which are strands of DNA that are produced seperately and then linked together, this is why their synthesis is considered to be discontinuous.

I hope this answer helps.

The genetic material DNA replicates to produce two daughter strands. The strands of DNA produces the two strands that are semiconservative.

The synthesis from the lagging strand is considered discontinuous.

  • The DNA duplex unwinds with the help of enzymes and the replication of strands produces two types of the strand. One strand is called a leading strand while the other is a lagging strand.

  • The lagging strands get replicated with small fragments of nucleotide bases and are called Okazaki fragments.

  • The replication on this strand is not in a continuous manner and some space of bases are left which later gets filled.

  • The discontinuous Okazaki fragments get linked together after they are produced separately.

Therefore, this synthesis is called discontinuous synthesis.

To learn more about discontinuous strand and Okazaki fragment follow the link:

https://brainly.com/question/25800760

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