Autophagosomes example sentences

"Autophagosomes" Example Sentences

1. Autophagosomes are essential for cellular homeostasis.
2. The formation of autophagosomes is a complex process.
3. Researchers are studying the role of autophagosomes in disease.
4. Dysfunction of autophagosomes can lead to various pathologies.
5. Autophagosomes are double-membraned vesicles.
6. The maturation of autophagosomes involves several steps.
7. Autophagosomes fuse with lysosomes for degradation.
8. Genetic defects can impair autophagosomes biogenesis.
9. Observing autophagosomes requires specialized microscopy.
10. The number of autophagosomes increases under stress conditions.
11. Targeting autophagosomes could be a therapeutic strategy.
12. Autophagosomes selectively engulf damaged organelles.
13. Autophagosomes play a crucial role in cell survival.
14. The study of autophagosomes is advancing rapidly.
15. Understanding autophagosomes is key to understanding aging.
16. Drugs can modulate autophagosomes activity.
17. Impaired autophagosomes function is implicated in neurodegenerative diseases.
18. Autophagosomes are dynamic structures.
19. The size and shape of autophagosomes can vary.
20. Autophagosomes are involved in the recycling of cellular components.
21. Many proteins are involved in autophagosomes formation.
22. Recent research has shed light on the regulation of autophagosomes.
23. Autophagosomes contribute to immune responses.
24. Defective autophagosomes may contribute to cancer development.
25. Analyzing autophagosomes can reveal insights into cellular processes.
26. The identification of autophagosomes is crucial for diagnosis.
27. Several methods exist for quantifying autophagosomes.
28. Autophagosomes are a fascinating area of research.
29. Further studies on autophagosomes are needed.
30. The role of autophagosomes in infection is being investigated.
31. Scientists are developing tools to manipulate autophagosomes.
32. Disruptions in autophagosomes can have severe consequences.
33. Autophagosomes are central to cellular quality control.
34. The dynamics of autophagosomes are tightly regulated.
35. Autophagosomes are vital for maintaining cellular health.
36. Aberrant autophagosomes function is a hallmark of many diseases.
37. Research on autophagosomes is multidisciplinary.
38. New technologies are improving our understanding of autophagosomes.
39. Studying autophagosomes provides insights into fundamental biology.
40. The regulation of autophagosomes is complex and multifaceted.
41. Autophagosomes are a major player in cellular recycling.
42. Improved methods for detecting autophagosomes are constantly being developed.
43. Autophagosomes' role in development is an emerging field.
44. The study of autophagosomes has implications for drug discovery.
45. Manipulating autophagosomes may offer therapeutic potential.
46. Autophagosomes are a focus of intense research.
47. Understanding autophagosomes is crucial for developing new treatments.
48. The intricate mechanisms of autophagosomes formation remain to be fully elucidated.
49. Autophagosomes are key to understanding cellular stress responses.
50. Targeting autophagosomes could revolutionize disease therapy.