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What is a replication fork?...

What is a replication fork?

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At the point of origin of replication, the helicases and topoisomerases (DNA gyrase) unwind and pull apart the strands, forming a Y-Shaped structure called the replication fork. There are two replication forks at each origin.
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What is replication fork?

What is replication of DNA?

A_(3)-_(5)B C_(5)-_(3)D AB and CD represent two strands of a DNA molecule. When this molecule undergoes replication, a replication fork is formed between A and C in the above. i. Name the template strands for replication. ii. Using which strand as the template, will there be continuous synthesis of a complementary DNA strand? iii. Complementary to which strand will Okazaki segments get synthesised. iv. What are template strands and Okazaki pieces? v. In which direction is a new strand synthesised?

Redraw the structure as a replicating fork and label the parts.

a) Identify the figure given below b) Redraw the structure as a replicating fork and label the parts c) Write the source of energy for this replication and name the enzyme involved in this process. d) Mention the differences in the synthesis of protein, based on the polarity of the two template strands.

a) Identify the figure given below b) Redraw the structure as a replicating fork and label the parts c)Write the source of energy for this replication and name the enzyme involved in this process. d) Mention the differences in the synthesis of protein, based on the polarity of the two template strands.

a) Identify the figure given below b) Redraw the structure as a replicating fork and label the parts (c) Write the source of energy for this replication and name the enzyme involved in this process. (d) Mention the differences in the synthesis of protein, based on the polarity of the two template strands.

Define replication fork.

An enzyme which removes supercoiling from replication fork during replication _____

…………………is the enzyme, which separates the double helix of DNA, above the replication fork.

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