Totipotency example sentences

"Totipotency" Example Sentences

1. Totipotency is a remarkable characteristic of a zygote.
2. The early embryonic cells exhibit totipotency, capable of developing into any cell type.
3. Scientists are exploring the potential of stem cells and their totipotency.
4. Understanding totipotency is crucial for regenerative medicine.
5. Totipotency allows for the development of an entire organism.
6. The loss of totipotency marks a critical stage in embryonic development.
7. Research into totipotency continues to advance our knowledge of cell differentiation.
8. Few cells retain totipotency for long.
9. This research focuses on harnessing the power of totipotency for therapeutic purposes.
10. The implications of totipotency are far-reaching.
11. We are still uncovering the secrets of totipotency.
12. Totipotency is a fundamental concept in developmental biology.
13. Totipotency, unlike pluripotency, allows for the creation of extraembryonic tissues.
14. The study of totipotency requires sophisticated techniques.
15. Early cleavage-stage embryos exhibit complete totipotency.
16. Many ethical questions surround the study and application of totipotency.
17. Achieving induced totipotency in adult cells is a major scientific challenge.
18. Further research is needed to fully understand the mechanisms underlying totipotency.
19. The potential of totipotency in cloning is significant.
20. Totipotency is a fascinating area of ongoing research.
21. This groundbreaking research demonstrates the manipulation of totipotency.
22. With totipotency, a single cell can create a complete organism.
23. The limitations of totipotency are also being explored.
24. Is induced totipotency truly equivalent to natural totipotency?
25. Totipotency represents the ultimate form of cellular plasticity.
26. A deeper understanding of totipotency might revolutionize medicine.
27. Researchers are working to extend the window of totipotency.
28. The concept of totipotency is central to this study.
29. Only a fertilized egg possesses true totipotency.
30. The transient nature of totipotency is a key consideration.
31. We are beginning to understand the molecular basis of totipotency.
32. Despite advancements, the complete control of totipotency remains elusive.
33. Manipulating totipotency presents both opportunities and challenges.
34. The future of regenerative medicine lies in harnessing totipotency.
35. This new technology allows for precise control over totipotency.
36. Totipotency is a defining characteristic of embryonic cells.
37. The study of totipotency holds immense promise for the treatment of diseases.
38. Control over totipotency could lead to revolutionary therapies.
39. However, the ethical considerations surrounding totipotency are complex.
40. By understanding totipotency, we can better understand development.
41. The precise mechanisms regulating totipotency remain unclear.
42. This cell displays remarkable levels of totipotency.
43. Researchers are investigating ways to induce totipotency in differentiated cells.
44. The potential applications of totipotency are vast and varied.
45. Totipotency is a powerful concept with significant implications.
46. Recent findings shed new light on the regulation of totipotency.
47. The loss of totipotency is a tightly regulated process.
48. Totipotency is essential for early embryonic development.
49. This experiment aims to further elucidate the factors affecting totipotency.
50. A thorough understanding of totipotency is crucial for future advancements.