Tetraploid example sentences

"Tetraploid" Example Sentences

1. Tetraploid plants often exhibit increased vigor.
2. The researcher observed a tetraploid cell line under the microscope.
3. Is this tetraploid strain commercially viable?
4. Tetraploid wheat is more resistant to certain diseases.
5. We confirmed the tetraploid nature of the sample through flow cytometry.
6. The experiment involved both diploid and tetraploid organisms.
7. Tetraploid organisms often have larger cells than diploids.
8. This species is known to occasionally produce tetraploid offspring.
9. Determining whether a species is diploid or tetraploid is crucial for breeding programs.
10. Polyploidy, including tetraploidy, is a significant evolutionary event.
11. The tetraploid condition may result from spontaneous chromosome doubling.
12. Scientists induced tetraploidy in the plants using colchicine.
13. Analysis revealed the presence of a tetraploid subpopulation.
14. Several tetraploid species are commercially important.
15. The fruit size was significantly larger in the tetraploid variant.
16. Cytogenetic analysis is necessary to identify tetraploid individuals.
17. Further research is needed to understand the mechanisms of tetraploid formation.
18. Tetraploid cells are characterized by four sets of chromosomes.
19. The tetraploid condition can have both positive and negative effects.
20. Tetraploid organisms are common in many plant species.
21. This tetraploid strain shows enhanced stress tolerance.
22. Are the observed differences attributable solely to tetraploidy?
23. The study compared the gene expression profiles of diploid and tetraploid cells.
24. Tetraploidy can be a driving force in speciation.
25. Understanding tetraploidy is key to plant breeding success.
26. The tetraploid genotype exhibited superior yield.
27. We successfully generated a tetraploid line through somatic hybridization.
28. The tetraploid offspring showed reduced fertility.
29. This article reviews the applications of tetraploidy in agriculture.
30. Tetraploidy is a form of polyploidy.
31. The occurrence of spontaneous tetraploidy is rare.
32. The data strongly suggest a tetraploid genome.
33. Induced tetraploidy is a valuable tool in plant breeding.
34. Many commercially important crops are tetraploid.
35. Tetraploid yeast is often used in research.
36. The phenotypic effects of tetraploidy are variable.
37. How does tetraploidy affect gene expression?
38. The tetraploid cells were larger and more irregular in shape.
39. We hypothesize that tetraploidy contributes to this phenotype.
40. The experiment failed to produce any tetraploid individuals.
41. Successfully inducing tetraploidy requires careful technique.
42. Tetraploid organisms often have altered metabolic pathways.
43. The implications of tetraploidy for evolution are significant.
44. Tetraploid cells divide more slowly than diploid cells.
45. This study explores the genetic basis of tetraploidy in this species.
46. The development of tetraploid seedless watermelon is a major agricultural achievement.
47. Comparative genomics reveals the impact of tetraploidy on genome structure.
48. The results demonstrated a clear correlation between tetraploidy and increased yield.
49. Further investigation is warranted to confirm the observed tetraploidy.
50. The creation of tetraploid plants has revolutionized certain agricultural practices.