Decaploids example sentences

"Decaploids" Example Sentences

1. Decaploids are extremely rare in nature.
2. The research team discovered a new species of decaploids.
3. Are decaploids more susceptible to certain diseases?
4. Genetic analysis confirmed the presence of decaploids in the sample.
5. Further studies are needed to understand the evolutionary significance of decaploids.
6. The polyploidization event resulted in the formation of decaploids.
7. Decaploids often exhibit increased vigor.
8. Scientists are investigating the mechanisms of chromosome doubling in decaploids.
9. This particular strain of plant is a decaploid.
10. The characteristics of decaploids vary widely depending on the species.
11. Decaploids, with their ten sets of chromosomes, present unique challenges to genetic study.
12. How do decaploids reproduce?
13. Many decaploid species are sterile.
14. The large genome size of decaploids makes sequencing difficult.
15. Understanding decaploids is crucial for plant breeding.
16. We observed significant phenotypic variation amongst the decaploids.
17. The study focused solely on the cytogenetics of decaploids.
18. Rarely found, decaploids remain a fascinating subject of research.
19. Identifying decaploids in the wild requires careful examination.
20. What are the ecological implications of decaploids thriving in this environment?
21. The evolution of decaploids is a complex process.
22. These decaploids demonstrate exceptional robustness.
23. Decaploids represent a significant area of ongoing research.
24. We hypothesize that these decaploids originated through multiple polyploidization events.
25. The fertility of decaploids is often reduced.
26. Several species of plants are known to include decaploids.
27. This new technique allows for easier identification of decaploids.
28. The implications of decaploids in agriculture are significant.
29. It's important to distinguish between different types of decaploids.
30. Research on decaploids may lead to breakthroughs in crop improvement.
31. The genome of decaploids is exceptionally large.
32. Decaploids can arise through spontaneous chromosome doubling.
33. In this study, we compared the growth rates of diploids and decaploids.
34. The adaptive significance of decaploids remains an open question.
35. Successfully cultivating decaploids requires specialized techniques.
36. We found that the decaploids were more resistant to drought stress.
37. The discovery of these decaploids was unexpected.
38. Decaploids often display unique morphological characteristics.
39. The future of decaploid research looks promising.
40. This research contributes to a greater understanding of decaploids.
41. Analyzing the genetic diversity within decaploids is important.
42. The stability of decaploid genomes varies.
43. Decaploids are a testament to the remarkable plasticity of life.
44. The challenges involved in studying decaploids are substantial.
45. Despite their rarity, decaploids hold evolutionary significance.
46. The long-term effects of polyploidy in decaploids are still being investigated.
47. Further research is needed to fully elucidate the properties of decaploids.
48. Decaploids have fascinated botanists for decades.
49. The presence of decaploids significantly altered the ecosystem.
50. New technologies are revolutionizing the study of decaploids.