Question

Mention the polarity of DNA strand complementary to which Okazaki fragments are formed?​

Answer 1

Answer:

$\huge\underbrace\mathfrak\purple{Answer:-}$

Okazaki fragments are initiated by creation of a new RNA primer by the primosome. To restart DNA synthesis, the DNA clamp loader releases the lagging strand from the sliding clamp, and then reattaches the clamp at the new RNA primer. Then DNA polymerase III can synthesize the segment of DNA.....

Okazaki fragments are formed on the lagging strand so that DNA can be synthesized in the essential 5' to 3' manner on the lagging strand....

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Answer 2

Answer:

Okazaki fragments are initiated by creation of a new RNA primer by the primosome. To restart DNA synthesis, the DNA clamp loader releases the lagging strand from the sliding clamp, and then reattaches the clamp at the new RNA primer. Then DNA polymerase III can synthesize the segment of DNA.....

Okazaki fragments are initiated by creation of a new RNA primer by the primosome. To restart DNA synthesis, the DNA clamp loader releases the lagging strand from the sliding clamp, and then reattaches the clamp at the new RNA primer. Then DNA polymerase III can synthesize the segment of DNA.....Okazaki fragments are formed on the lagging strand so that DNA can be synthesized in the essential 5' to 3' manner on the lagging strand....

Okazaki fragments are initiated by creation of a new RNA primer by the primosome. To restart DNA synthesis, the DNA clamp loader releases the lagging strand from the sliding clamp, and then reattaches the clamp at the new RNA primer. Then DNA polymerase III can synthesize the segment of DNA.....Okazaki fragments are formed on the lagging strand so that DNA can be synthesized in the essential 5' to 3' manner on the lagging strand....please mark as brainliest....