"Apomixismodern" Example Sentences
1. The discovery of apomixismodern has revolutionized plant breeding.
2. Scientists are still trying to fully understand the mechanism of apomixismodern.
3. The production of seeds through apomixismodern has the potential to increase crop yields.
4. Apomixismodern is a natural process that allows plants to reproduce asexually.
5. The study of apomixismodern is a growing field of research.
6. Apomixismodern has many practical applications in agriculture.
7. The use of apomixismodern can reduce the time and cost associated with plant breeding.
8. Some plant species are able to reproduce exclusively through apomixismodern.
9. Apomixismodern can facilitate the preservation of rare plant species.
10. Researchers are investigating the feasibility of using apomixismodern in animal breeding.
11. Plants that exhibit apomixismodern can be difficult to distinguish from their parent plants.
12. The identification of apomixismodern in previously unknown plant species is a major breakthrough for botanists.
13. The discovery of apomixismodern has led to the development of new methods for cloning plants.
14. Apomixismodern has the potential to reduce the number of herbicides and pesticides used in agriculture.
15. Plants that reproduce through apomixismodern are sometimes more resistant to disease and environmental stress.
16. In some cases, apomixismodern can produce plants that are genetically identical to the parent plant.
17. Researchers are exploring the possibilities of using apomixismodern to create new varieties of crops.
18. Apomixismodern is a promising tool for preserving plant biodiversity.
19. Producing seeds through apomixismodern can reduce the need for cross-pollination.
20. Understanding the genetic basis of apomixismodern is essential for advancing plant breeding techniques.
21. The use of apomixismodern in forestry could improve the sustainability of timber production.
22. The introduction of apomixismodern into a plant population can lead to hybridization and the creation of new genetic combinations.
23. Apomixismodern offers a potential solution to the problem of inbreeding depression in plant populations.
24. Many fruit trees have been found to exhibit apomixismodern.
25. The application of apomixismodern requires a deep understanding of plant reproductive biology.
26. Researchers are studying the genetic markers associated with apomixismodern in order to develop molecular tools for identifying it in plants.
27. The challenge of controlling apomixismodern in plant breeding programs is a major hurdle to its implementation.
28. The use of apomixismodern in animal breeding could reduce the risk of disease transmission associated with sexual reproduction.
29. The occurrence of apomixismodern is influenced by a variety of environmental factors, including temperature, light, and humidity.
30. The discovery of apomixismodern has raised many ethical questions regarding genetic engineering and the manipulation of natural processes.
31. Apomixismodern has the potential to accelerate the domestication of wild plants.
32. The resistance of apomictic plants to inbreeding and genetic drift makes them ideal for long-term conservation.
33. The controlled induction of apomixismodern in certain plants could facilitate their propagation on a large scale.
34. The identification of apomixismodern in endangered plants could aid in their conservation.
35. The use of apomixismodern in crop breeding could reduce the risk of genetic contamination caused by cross-pollination.
36. Apomixismodern is a promising tool for improving yields and reducing food insecurity in developing countries.
37. Some plants can switch between sexual and apomictic reproduction depending on environmental conditions.
38. Apomixismodern has the potential to create new opportunities for plant-based medicine.
39. The ability of apomictic plants to produce genetically identical offspring can be exploited in the production of plant-derived pharmaceuticals.
40. The recent advances in our understanding of apomixismodern have opened up a new era in plant breeding research.
Common Phases
1.
Apomixismodern is a revolutionary concept; it challenges the traditional modes of reproduction.
2. The science of
apomixismodern is fascinating; it could change the way we think about breeding.
3.
Apomixismodern has the potential to revolutionize agriculture; it could improve crop yields and increase food security.
4. The use of
apomixismodern in plant breeding has practical applications; it could reduce the need for pesticides and herbicides.
5.
Apomixismodern offers a unique opportunity to study evolutionary biology; it sheds light on the mechanisms of speciation.
6. The role of
apomixismodern in conservation biology is significant; it could help preserve endangered plant species.
7.
Apomixismodern is a complex phenomenon; it involves the expression of multiple genes and environmental factors.