The correct sequence of the developmental process in a plant cell is

Options

A. Plasmatic growth, Differentiation, Senescence and Maturation respectively
B. Plasmatic growth, Differentiation, Maturation and Senescence respectively
C. Maturation, Plasmatic growth, Differentiation and Senescence respectively
D. Differentiation, Plasmatic growth, Maturation and Senescence respectively.

Answer

To determine the correct sequence of the developmental process in a plant cell, we can break down the stages as follows:

1. **Plasmatic Growth**: This is the initial stage where the cell increases in size. During this phase, the cell's volume expands due to the accumulation of water and solutes, leading to an increase in turgor pressure.

2. **Differentiation**: After plasmatic growth, the cells undergo differentiation. This is when cells become specialized for specific functions. For example, cells from the root apical meristem and shoot apical meristem differentiate to form various tissues and organs in the plant.

3. **Maturation**: Following differentiation, the cells mature. Maturation involves the development of the cell's structure and function to perform its designated role effectively. Mature cells are fully developed and capable of carrying out their specific tasks within the plant.

4. **Senescence**: The final stage is senescence, which refers to the aging process of the plant cells. During senescence, the cells begin to deteriorate and lose their functionality, leading to the eventual decline of the plant.

In summary, the correct sequence of the developmental process in a plant cell is:
1. Plasmatic Growth
2. Differentiation
3. Maturation
4. Senescence

**Final Answer**: Plasmatic Growth → Differentiation → Maturation → Senescence