Perisperm example sentences

"Perisperm" Example Sentences

1. The seed's perisperm provided additional nourishment for the developing embryo.
2. Unlike endosperm, perisperm is derived from the nucellus.
3. Researchers studied the composition of the perisperm in various plant species.
4. The perisperm was largely depleted by the time the seedling emerged.
5. Analysis revealed high levels of starch within the perisperm.
6. The presence of perisperm is a key characteristic of this plant family.
7. What is the role of perisperm in seed germination?
8. Development of the perisperm occurs alongside endosperm formation.
9. Perisperm can be a significant source of nutrients for the young plant.
10. Some seeds rely solely on perisperm for germination.
11. The perisperm tissue was examined under a microscope.
12. Microscopic examination revealed the cellular structure of the perisperm.
13. The perisperm, unlike the endosperm, is diploid.
14. Seed viability was correlated with the amount of perisperm present.
15. How does the perisperm contribute to seed longevity?
16. Further research is needed to understand the function of perisperm in this species.
17. The perisperm's nutritional content varied between different seed samples.
18. It's crucial to differentiate perisperm from endosperm in seed analysis.
19. The presence of abundant perisperm suggests a nutrient-rich seed.
20. We observed a significant reduction in perisperm during seed maturation.
21. The perisperm played a vital role in the seedling's early growth.
22. The study focused on the biochemical composition of the perisperm.
23. Perisperm development is influenced by environmental factors.
24. Genetic variations affect the size and composition of the perisperm.
25. The perisperm showed signs of degradation after several months.
26. This species is unique for its substantial perisperm reserves.
27. The book describes the different types of perisperm found in plants.
28. Analyzing the perisperm helps understand plant evolution.
29. The perisperm provides a rich source of carbohydrates.
30. They found evidence of protein storage in the perisperm.
31. The perisperm's role is often overlooked in seed biology studies.
32. Perisperm tissue offers a potential source of new biomaterials.
33. The perisperm, in this case, was unusually large.
34. They compared the perisperm of different cultivars.
35. The experiment measured the enzymatic activity within the perisperm.
36. Germination rates were higher in seeds with more abundant perisperm.
37. The perisperm is a relatively understudied aspect of seed biology.
38. Seed morphology revealed the presence of a prominent perisperm.
39. Perisperm contributes significantly to the seed's overall weight.
40. The study highlighted the importance of perisperm in seedling establishment.
41. The degradation of perisperm is a crucial process in seed germination.
42. Understanding perisperm is vital for improving crop yields.
43. Surprisingly, this species lacks perisperm entirely.
44. The perisperm was found to contain various minerals.
45. Perisperm may offer insights into plant adaptation strategies.
46. Future research will explore the genetic regulation of perisperm development.
47. The perisperm showed remarkable resistance to environmental stresses.
48. The texture of the perisperm was described as hard and starchy.
49. The perisperm, in this context, acted as a protective layer.
50. The team is investigating the potential for perisperm as a food source.