Ventralization example sentences

"Ventralization" Example Sentences

1. Ventralization of the heart is a rare congenital anomaly.
2. The study focused on the effects of environmental toxins on ventralization in developing embryos.
3. Successful ventralization of the neural tube is crucial for proper spinal cord development.
4. He hypothesized that increased ventralization could lead to specific behavioral changes.
5. The degree of ventralization varied significantly among the different species.
6. Further research is needed to understand the mechanisms underlying ventralization during gastrulation.
7. Abnormal ventralization can result in severe developmental defects.
8. They observed a correlation between gene expression and the extent of ventralization.
9. The researchers used a novel technique to induce ventralization in cultured cells.
10. Ventralization is a complex process involving multiple signaling pathways.
11. Early ventralization events are critical for establishing the body plan.
12. Disruption of ventralization can have profound consequences.
13. The experiment demonstrated a clear link between drug treatment and altered ventralization.
14. Incomplete ventralization can lead to neurological disorders.
15. They investigated the role of specific proteins in regulating ventralization.
16. The model accurately predicted the patterns of ventralization observed in the experiment.
17. Ventralization plays a critical role in organogenesis.
18. Understanding ventralization is key to understanding embryonic development.
19. The paper provides a comprehensive review of ventralization mechanisms.
20. Genetic mutations can cause defects in ventralization.
21. This process is characterized by a gradual ventralization of the structure.
22. The researchers manipulated gene expression to study ventralization in detail.
23. Ventralization is a fundamental aspect of morphogenesis.
24. They found that inhibiting a certain protein impaired ventralization.
25. Excessive ventralization can be just as detrimental as insufficient ventralization.
26. The timing of ventralization is precisely regulated.
27. Ventralization is often coupled with other developmental processes.
28. The effects of ventralization are often context-dependent.
29. Disruptions in ventralization can manifest in diverse ways.
30. Proper ventralization ensures the correct formation of many tissues.
31. Further studies on ventralization are urgently needed.
32. The study highlights the importance of understanding ventralization during development.
33. Ventralization is a conserved process across many animal phyla.
34. They observed that ventralization was significantly reduced in mutant embryos.
35. The results suggest that ventralization is influenced by multiple factors.
36. Ventralization is a complex and dynamic process.
37. The research provided new insights into the regulation of ventralization.
38. Aberrant ventralization can lead to a variety of birth defects.
39. They used a computer model to simulate ventralization during development.
40. The process of ventralization is tightly controlled.
41. Studying ventralization helps us understand the origins of anatomical structures.
42. Defective ventralization may be a contributing factor to the disease.
43. The article described the role of signaling molecules in ventralization.
44. Ventralization is a key event in establishing left-right asymmetry.
45. The experiment successfully induced ventralization in the target tissue.
46. Future research will focus on the molecular mechanisms of ventralization.
47. Incomplete ventralization can have serious functional consequences.
48. Precise ventralization is essential for proper embryonic patterning.
49. The findings shed new light on the genetic basis of ventralization.
50. The study revealed a previously unknown regulator of ventralization.