Sclerotin example sentences

"Sclerotin" Example Sentences

1. The insect's exoskeleton was strengthened by a tough layer of sclerotin.
2. Researchers studied the mechanical properties of sclerotin in beetle wings.
3. Sclerotin deposition is crucial for the hardening of insect cuticle.
4. The amount of sclerotin present affects the exoskeleton's resistance to fracture.
5. Differences in sclerotin composition contribute to the diverse morphologies of insect cuticles.
6. This study focused on the biosynthesis of sclerotin in the developing insect.
7. We hypothesize that environmental factors influence sclerotin cross-linking.
8. The sclerotin matrix provides structural support to the insect's body.
9. Sclerotin's role in insect defense mechanisms is an area of ongoing research.
10. Analyzing sclerotin provides insights into insect evolution.
11. The presence of sclerotin significantly impacts the insect's ability to survive.
12. Microscopic analysis revealed the distribution of sclerotin within the cuticle.
13. The mechanical strength of the cuticle is largely determined by the sclerotin content.
14. Mutations affecting sclerotin production can result in weakened exoskeletons.
15. Sclerotinsclerotin> contributes to the waterproofing properties of the cuticle.
16. Furthermore, sclerotin protects against microbial attacks.
17. The sclerotin layer acts as a barrier against desiccation.
18. Surprisingly, sclerotin was found to be involved in sensory perception.
19. The research team successfully synthesized sclerotin in vitro.
20. Sclerotin is a complex polymer with diverse properties.
21. Understanding sclerotin is key to developing novel biomaterials.
22. Biomimicry of sclerotin could lead to stronger and lighter materials.
23. The degradation of sclerotin is a complex process.
24. Sclerotin’s resistance to degradation makes it a durable material.
25. Environmental conditions affect the polymerization of sclerotin.
26. The study concluded that sclerotin plays a vital role in insect locomotion.
27. Insect cuticle composed mostly of chitin and sclerotin.
28. The hardness of the cuticle depends on the degree of sclerotin tanning.
29. The distribution of sclerotin is not uniform across the cuticle.
30. Sclerotin provides both strength and flexibility to the exoskeleton.
31. Variations in sclerotin structure contribute to species-specific adaptations.
32. It is believed that sclerotin evolved to protect early arthropods.
33. We found that sclerotin concentration varies with insect age.
34. The precise chemical composition of sclerotin remains to be fully elucidated.
35. Future research should focus on the role of sclerotin in disease resistance.
36. Sclerotin-based biomaterials are a promising area of research.
37. The results suggest that sclerotin is crucial for insect molting.
38. Sclerotin synthesis is regulated by specific genes.
39. The effects of temperature on sclerotin formation are being investigated.
40. Chemical analysis revealed the presence of several types of sclerotin.
41. They hypothesize that sclerotin plays a role in thermoregulation.
42. Sclerotin cross-linking improves the mechanical properties of the cuticle.
43. The study demonstrated that sclerotin is a highly resistant material.
44. Sclerotin may have potential applications in tissue engineering.
45. Interestingly, the structure of sclerotin is highly organized.
46. Sclerotin is a key component of the insect integument.
47. The formation of sclerotin is an enzymatic process.
48. Sclerotin provides protection against physical damage.
49. Further research is needed to fully understand the properties of sclerotin.
50. The team investigated the influence of pH on sclerotin formation.