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प्रश्न
Differentiate - Leading stand and lagging strand.
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उत्तर
| Feature | Leading Strand | Lagging Strand |
| 1. Direction of synthesis | Synthesized continuously in the same direction as the replication fork. | Synthesized discontinuously in the opposite direction of the replication fork. |
| 2. Formation | Formed as a single, continuous strand. | Formed in short fragments called Okazaki fragments. |
| 3. Requirement of primers | Requires only one RNA primer to start synthesis. | Requires multiple RNA primers, one for each Okazaki fragment. |
| 4. DNA polymerase movement | Moves toward the replication fork. | Moves away from the replication fork. |
| 5. Speed of synthesis | Faster because it is continuous. | Slower because it is discontinuous. |
संबंधित प्रश्न
______ enzymes are used as biological scissors in r-DNA technology.
Explain the semi-conservative replication of eukaryotic DNA.
What is the function of SSBP?
Read the following statements and select the correct option.
i. The unit of DNA in which replication occurs, is called replicon.
ii. In eukaryotes, there is only one replicon however in prokaryotes there are several replicons in tandem.
For which of the following purpose agarose gel electrophoresis technique is used?
Extension of the plasma membrane in a prokaryotic cell is ______.
Wobble position means:
Okazaki is known for his contribution to the under tanding of:
During replication of DNA Okazaki fragments are formed in the direction:
Okazaki segments are formed during ______.
