Question

Which one of the tissue in the bark is formed as a result of dedifferentiation?

Answer 1

Dedifferentiation

1. Interfascicular cambium and cork cambium in the bark formed as a result of dedifferentiation.
2. Cells undergo a process called dedifferentiation in which they develop backward from a terminally or partially differentiated stage to a less differentiated stage within their own lineage.
3. The form, gene expression pattern, protein expression pattern, and function all alter as a result of the event.
4. The process of differentiation allows cells to become more specialized.
5. Dedifferentiation is the process through which cells regain their potential for cell division under specific circumstances.
6. Dedifferentiation is exemplified by the formation of interfascicular cambium and cork cambium from fully differentiated parenchyma cells.
7. Interfascicular cambium is the name for a cambium that develops between vascular bundles.
8. The vascular cambium, which is a continuous ring of meristematic tissue, is created when the interfascicular and fascicular cambiums combine.
9. The tissue that makes up a component of the epidermis in many vascular plants is known as cork cambium.
10. It is one of the many layers of the bark and is located between the cork and the major phloem.