Protoplasts example sentences

"Protoplasts" Example Sentences

1. Protoplasts are essential for plant cell fusion.
2. The researcher carefully isolated the protoplasts under sterile conditions.
3. Genetic manipulation of protoplasts is a common technique in plant biotechnology.
4. We observed significant changes in the protoplasts after treatment.
5. The viability of the protoplasts was assessed using a fluorescence assay.
6. The experiment involved fusing protoplasts from two different plant species.
7. High osmotic pressure can damage protoplasts.
8. Regeneration of plants from protoplasts is a complex process.
9. The integrity of the protoplasts is crucial for successful regeneration.
10. Many factors affect the yield of viable protoplasts.
11. The protoplasts were cultured on a regeneration medium.
12. Successful transformation requires healthy protoplasts.
13. Microscopic examination revealed the presence of numerous protoplasts.
14. The protoplasts' response to stress was studied.
15. After enzymatic digestion, the protoplasts were gently washed.
16. The study focused on the effects of various factors on protoplasts regeneration.
17. Analyzing protoplasts provides insights into plant cell biology.
18. The team successfully produced transgenic plants from protoplasts.
19. Cultivating protoplasts requires precise control of environmental conditions.
20. The experiment demonstrated the potential of using protoplasts in crop improvement.
21. Improving the efficiency of protoplasts isolation is an ongoing research area.
22. The use of protoplasts has revolutionized plant genetic engineering.
23. We observed significant variation in the size of the protoplasts.
24. Careful handling is crucial to prevent damage to the delicate protoplasts.
25. The research involved the manipulation of protoplasts using micro-injection techniques.
26. Electrofusion is a commonly used technique for fusing protoplasts.
27. Only a small percentage of the protoplasts regenerated into whole plants.
28. The viability of the protoplasts decreased significantly after 24 hours.
29. Further research is needed to optimize the conditions for protoplasts culture.
30. The protoplasts were subjected to various stress treatments.
31. The article details the process of isolating and culturing protoplasts.
32. Researchers are exploring new methods for improving protoplasts fusion efficiency.
33. The study highlighted the importance of maintaining osmotic balance during protoplasts manipulation.
34. The protoplasts, once isolated, were readily amenable to genetic modification.
35. Understanding protoplasts behavior is vital for advancing plant biotechnology.
36. The challenge lies in scaling up the production of viable protoplasts.
37. Efficient protoplasts isolation is a prerequisite for successful plant transformation.
38. The future of plant breeding may hinge on further advancements in protoplasts technology.
39. After treatment, the protoplasts showed enhanced tolerance to drought.
40. The experiment compared the regeneration rates of different protoplasts sources.
41. Numerous studies have investigated the potential of protoplasts in disease resistance.
42. The success rate of regenerating plants from protoplasts varies greatly.
43. Specialized enzymes are used to produce protoplasts for research purposes.
44. The study demonstrated that the protoplasts retained their viability for several hours.
45. Optimizing the culture medium is critical for achieving high regeneration rates from protoplasts.
46. The protoplasts were carefully observed under a high-powered microscope.
47. The article provides a comprehensive overview of protoplasts technology and its applications.
48. The use of protoplasts in genetic engineering has opened new avenues for crop improvement.
49. The research team is developing a novel method for improving the yield of protoplasts.
50. Advances in protoplasts technology have facilitated the development of disease-resistant crops.