"Embryogenesis" Example Sentences
1. The process of embryogenesis begins with fertilization.
2. The formation of the primordial germ cells is a crucial step in embryogenesis.
3. The first stages of embryogenesis occur during the early embryonic period.
4. Embryogenesis is a complex process that involves many different genes and signalling pathways.
5. Defects in embryogenesis can lead to a wide range of developmental disorders.
6. The first cell divisions of embryogenesis result in the formation of a blastula.
7. The gastrulation stage of embryogenesis is characterized by the formation of the three germ layers.
8. The development of the nervous system is a key aspect of embryogenesis.
9. The molecular mechanisms involved in embryogenesis are still not fully understood.
10. Embryogenesis can be divided into several distinct stages, each with its own unique set of developmental events.
11. The study of embryogenesis is crucial for understanding how organisms develop and evolve over time.
12. During embryogenesis, cells differentiate and specialize into various tissue types.
13. Stem cells play an important role in embryogenesis, as they give rise to all of the different cell types in the body.
14. The process of embryogenesis is highly regulated, with many checkpoints and quality controls in place to ensure proper development.
15. The timing and duration of embryogenesis can vary between different species, depending on their developmental strategies.
16. Learning more about the molecular mechanisms involved in embryogenesis could lead to breakthroughs in regenerative medicine.
17. The embryonic stem cells used in research are obtained from early embryos during the early stages of embryogenesis.
18. Embryogenesis can be influenced by a variety of external factors, such as temperature, pH, and environmental toxins.
19. Mutations in genes involved in embryogenesis can lead to developmental disorders such as Down syndrome.
20. The process of embryogenesis is highly regulated by a variety of factors, including hormones, growth factors, and transcription factors.
21. The emergence of biotechnology has led to new insights into the mechanisms of embryogenesis.
22. In some animals, embryogenesis can occur outside of the body, as in the case of eggs that are laid by birds or amphibians.
23. The study of embryogenesis has yielded important insights into the evolution of multicellular life.
24. During embryogenesis, cells undergo a series of cell fate decisions that ultimately determine the different tissues and organs that will form.
25. Abnormalities in embryogenesis can lead to congenital malformations and birth defects.
26. The use of genetic engineering techniques has enabled scientists to study the genes and proteins involved in embryogenesis in great detail.
27. Many different factors can influence the outcome of embryogenesis, including genetic variation, maternal factors, and environmental cues.
28. The complex interactions between cells and signalling molecules during embryogenesis are still not fully understood.
29. Embryogenesis is a complex and dynamic process that involves continual communication and interaction between cells.
30. The onset of embryogenesis is a critical juncture in the development of any organism.
Common Phases
1. The process of
embryogenesis begins with fertilization;
2. During
embryogenesis, the zygote undergoes several cell divisions;
3.
Embryogenesis is marked by the formation of multiple organ systems;
4. The completion of
embryogenesis results in the formation of a fully-formed embryo;
5. Genetic mutations during
embryogenesis can lead to developmental disorders.