Epibolic definitions
| Word backwards | cilobipe |
|---|---|
| Part of speech | The word "epibolic" is an adjective. |
| Syllabic division | e-pi-bol-ic |
| Plural | The plural form of the word "epibolic" is "epibolics." |
| Total letters | 8 |
| Vogais (3) | e,i,o |
| Consonants (4) | p,b,l,c |
Epibolic is a term used in biology to describe a specific type of embryonic development that involves the spreading and thinning of cells over the yolk mass. This process is crucial for the proper formation of the embryo and the establishment of its body plan.
Cell Spreading and Movements
During epibolic development, cells at the surface of the embryo actively spread and move to cover the underlying yolk. This spreading process is tightly regulated and involves intricate cellular mechanisms that ensure the proper organization and positioning of the cells.
Role in Gastrulation
Epibolic movements play a significant role during gastrulation, which is the phase of development where the three primary germ layers of the embryo are established. The cells that spread over the yolk during epiboly give rise to the ectoderm, one of these germ layers.
Importance of Epiboly
Epibolic development is essential for the overall morphogenesis of the embryo. It helps to shape the embryonic body plan and ensures proper tissue organization. Additionally, epiboly is crucial for the coordination of cell movements during early development.
Overall, epiboly is a fundamental process in embryonic development that highlights the dynamic nature of cellular interactions during the formation of a new organism.
Epibolic Examples
- During embryonic development, the cells participate in epibolic movements to form the three germ layers.
- The researcher observed the epibolic migration of cells during wound healing in the zebrafish model.
- Epibolic cell movements play a crucial role in gastrulation, shaping the early embryo.
- The epibolic process involves changes in cell shape and cell-cell interactions.
- Mutations in key genes can disrupt epibolic movements and lead to developmental abnormalities.
- Epiboly is a fundamental process in embryogenesis, essential for proper tissue organization.
- Embryonic tissues undergo epibolic movements to elongate and cover the underlying yolk mass.
- Epiboly is a highly coordinated process regulated by various signaling pathways.
- The molecular mechanisms underlying epibolic cell movements are still being studied.
- The study of epiboly provides insight into the fundamental principles of morphogenesis.