A friend asks for help understanding replication for the next biology test. (S)he draws a replication bubble for a DNA molecule being replicated. The origin of replication is shown (0) and newly replicated DNA is shown as gray. Small gray arrows represent okazaki fragments. Solid gray lines represent leading strand. Draw a corrected version of a replicatiombubble below. 3' inm min

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A friend asks for help understanding replication for the next biology test. (S)he draws a replication bubble for a DNA molecule being replicated. The origin of replication is shown (0) and newly replicated DNA is shown as gray.  Small gray arrows represent okazaki fragments. Solid gray lines represent leading strand.

Draw a corrected version of a replication bubble below.

**Understanding DNA Replication**

A friend asks for help understanding replication for the next biology test. They draw a replication bubble for a DNA molecule being replicated. The origin of replication is shown (labeled as "0") and newly replicated DNA is shown in gray. 

- Small gray arrows represent Okazaki fragments.
- Solid gray lines represent the leading strand.

**Graph/Diagram Explanation:**
- The diagram shows a replication bubble, which is an oval shape with the origin of replication labeled as "0" at each end.
- On either side of the replication bubble are DNA strands labeled with 3’ to 5’ and 5’ to 3’ configurations.
- Inside the bubble:
  - Leading strands are represented as continuous solid gray lines.
  - Okazaki fragments are depicted as small gray arrows pointing in the direction of DNA synthesis.

**Task:**
Draw a corrected version of a replication bubble below. 

(Note: Ensure that the directionality and arrangement of leading and lagging strands adhere to common replication mechanisms, such as the antiparallel structure of DNA and the synthesis of Okazaki fragments on the lagging strand.)
Transcribed Image Text:**Understanding DNA Replication** A friend asks for help understanding replication for the next biology test. They draw a replication bubble for a DNA molecule being replicated. The origin of replication is shown (labeled as "0") and newly replicated DNA is shown in gray. - Small gray arrows represent Okazaki fragments. - Solid gray lines represent the leading strand. **Graph/Diagram Explanation:** - The diagram shows a replication bubble, which is an oval shape with the origin of replication labeled as "0" at each end. - On either side of the replication bubble are DNA strands labeled with 3’ to 5’ and 5’ to 3’ configurations. - Inside the bubble: - Leading strands are represented as continuous solid gray lines. - Okazaki fragments are depicted as small gray arrows pointing in the direction of DNA synthesis. **Task:** Draw a corrected version of a replication bubble below. (Note: Ensure that the directionality and arrangement of leading and lagging strands adhere to common replication mechanisms, such as the antiparallel structure of DNA and the synthesis of Okazaki fragments on the lagging strand.)
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