Gameto example sentences

"Gameto" Example Sentences

1. Gametogenesis is a crucial process in sexual reproduction.
2. The gametophytes of ferns are independent plants.
3. Understanding gametophyte development is key to plant biology.
4. Gametophytic self-incompatibility prevents self-fertilization.
5. The gametophyte generation is dominant in mosses.
6. Abnormal gametogenesis can lead to infertility.
7. Researchers are studying the genetics of gametogenesis in mice.
8. The gametocyte undergoes meiosis to produce gametes.
9. Environmental factors can influence gametophyte development.
10. Gametophytes are haploid structures.
11. Disruptions in gametogenesis can cause genetic disorders.
12. The study of gametogenesis is advancing rapidly.
13. Proper gametogenesis is essential for healthy offspring.
14. He presented his research on gametophyte morphology.
15. The textbook described the stages of gametogenesis in detail.
16. We observed unusual gametophyte structures in the sample.
17. Gametophyte size varies across different species.
18. Her thesis focused on the evolution of gametophytes.
19. The experiment measured gametophyte viability.
20. They found a correlation between gametophyte size and seed production.
21. Gametogenesis is a complex and tightly regulated process.
22. Many factors can affect the success of gametogenesis.
23. This new technique improves the efficiency of gametogenesis in vitro.
24. The gametophyte stage is critical for plant reproduction.
25. Comparative studies of gametogenesis provide valuable insights.
26. It's essential to understand gametogenesis for assisted reproductive technologies.
27. The research highlighted the role of hormones in gametogenesis.
28. They are investigating the molecular mechanisms of gametogenesis.
29. Defects in gametogenesis are a major cause of infertility.
30. The article reviewed the latest advancements in gametogenesis research.
31. He is an expert on plant gametophyte biology.
32. Gametophyte competition can influence reproductive success.
33. Observations of gametophytes provided crucial data.
34. The analysis revealed variations in gametophyte development.
35. Understanding gametophyte genetics is a growing field.
36. This species has a unique gametophyte morphology.
37. The team studied the effects of stress on gametogenesis.
38. Their findings challenge existing models of gametogenesis.
39. The results demonstrate the importance of gametophyte interactions.
40. Future research will focus on improving gametogenesis efficiency.
41. Advanced imaging techniques revealed details of gametogenesis.
42. The gametophyte is a critical stage in the life cycle.
43. This paper explores the ecological significance of gametophytes.
44. New insights into gametogenesis are continuously emerging.
45. The study investigated the role of epigenetics in gametogenesis.
46. Disruptions to gametogenesis can have long-term consequences.
47. Further research is needed to fully understand gametophyte biology.
48. The experiment manipulated gametophyte development.
49. The model accurately predicts gametophyte development patterns.
50. This approach offers a new way to study gametogenesis.