In circulation streaming protoplasm moves in

Options

A. One direction
B. Two opposite directions around a vacuole
C. Different directions around different vacuoles
D. Both A and B

Answer

**Step-by-Step Solution:**

1. **Understanding Circulation Streaming**: Circulation streaming, also known as cytoplasmic streaming, refers to the movement of the cytoplasm within a cell. This movement is essential for distributing nutrients, organelles, and other materials throughout the cell.

2. **Role of Microfilaments**: The movement of the cytoplasm is facilitated by microfilaments, which are part of the cell's cytoskeleton. These structures help in the contraction and movement of the cytoplasm.

3. **Cell Structure**: In a typical cell, there are various components such as the nucleus and vacuoles. The cytoplasm fills the cell and surrounds these organelles.

4. **Direction of Streaming**: Cytoplasmic streaming can occur in different directions. Specifically, it can move in a clockwise direction or an anti-clockwise direction around the vacuoles present in the cytoplasm.

5. **Opposite Directions**: The key point is that the streaming can occur in opposite directions around different vacuoles. For example, one vacuole may have cytoplasm moving in a clockwise direction while another vacuole may have cytoplasm moving in an anti-clockwise direction.

6. **Conclusion**: Therefore, the correct answer to the question regarding the movement of protoplasm in circulation streaming is that it moves in different directions around the different vacuoles.

**Final Answer**: The protoplasm moves in different directions around the different vacuoles.

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