Reserve cells are

Options

A. Differentiated with no capacity of cell division
B. Differential with capacity of cell division
C. Undifferentiated with capacity of cell division
D. Undifferentiated with no. capacity of cell division.

Answer

### Step-by-Step Solution:

1. **Understanding Reserve Cells**:
- Reserve cells are a type of cell that is not fully specialized or differentiated. They remain in an undifferentiated state until needed.

2. **Identifying Characteristics**:
- These cells are characterized by their ability to divide. Although they are undifferentiated, they possess the capacity for cell division.

3. **Function of Reserve Cells**:
- The primary function of reserve cells is to replace old or damaged cells. When there is a need for new cells, reserve cells can differentiate and undergo division to fulfill this requirement.

4. **Location of Reserve Cells**:
- Reserve cells are predominantly found in epithelial tissues, where they play a crucial role in maintaining the integrity and function of the epithelium.

5. **Analyzing the Options**:
- **Option A**: Differentiated with no capacity of cell division - Incorrect, as reserve cells are undifferentiated.
- **Option B**: Differentiated with capacity of cell division - Incorrect, as reserve cells are not differentiated.
- **Option C**: Undifferentiated with capacity of cell division - Correct, as this accurately describes reserve cells.
- **Option D**: Undifferentiated with no capacity of cell division - Incorrect, as reserve cells can divide.

6. **Conclusion**:
- The correct answer is **Option C**: Undifferentiated with capacity of cell division.