6. The elongation of the leading strand during DNA synthesis a) Progresses away from the replication fork b) Occur in 3’-5’ direction c) Produces Okazaki fragment d) Depend on the action of DNA polymerase
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The option D i.e. Depend on the action of DNA polymerase.
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"ANSWER : OPTION D : Depend on the action of DNA polymerase.
The process of synthesizing is done by DNA polymerases. The continuing chain of DNA is added by nucleotides. A template is always required during DNA polymerase synthesis.
The nucleotides can only be added as 3’ to the DNA strand. DNA polymerases can take DNA in 5’ to 3’ inches direction. The duplicate of DNA is semiconservative that each strand in the DNS is double helical which act as a dulicate for new one. More energy is required when adding nucleotides.
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