Dedifferentiation is the process by which a mature parenchyma cell regains its capacity to divide and generate new tissues. This mechanism is exemplified in the formation of interfascicular cambium in plants. During dedifferentiation, mature cells revert to a meristematic state, thereby enabling them to participate in secondary growth through the production of new vascular tissues. This contrasts with the following processes:
The formation of interfascicular cambium serves as a quintessential illustration of dedifferentiation, involving the transformation of non-dividing, mature parenchyma cells into a meristematic state, which facilitates the creation of new plant tissues.
List I | List II | ||
|---|---|---|---|
| A | Nucleolus | I | Site of formation of glycolipid |
| B | Centriole | II | Organization like the cartwheel |
| C | Leucoplasts | III | Site for active ribosomal RNA synthesis |
| D | Golgi apparatus | IV | For storing nutrients |