Lysosomes example sentences

"Lysosomes" Example Sentences

1. Lysosomes are membrane-bound organelles found in animal cells.
2. The malfunction of lysosomes can lead to various diseases.
3. Scientists are studying the role of lysosomes in cellular processes.
4. Lysosomes contain hydrolytic enzymes crucial for digestion.
5. Cellular waste is broken down within the lysosomes.
6. Defective lysosomes can cause accumulation of undigested materials.
7. Research on lysosomes is ongoing and promising.
8. The acidic environment inside lysosomes is essential for enzyme activity.
9. Lysosomes play a vital role in cellular autophagy.
10. Understanding lysosomes is key to understanding cell function.
11. Genetic mutations can affect the function of lysosomes.
12. The study of lysosomes has advanced significantly in recent years.
13. Many inherited diseases are linked to problems with lysosomes.
14. Lysosomes are involved in the recycling of cellular components.
15. Damaged organelles are often targeted for degradation by lysosomes.
16. The precise mechanisms of lysosomes are still being unravelled.
17. New research is exploring the therapeutic potential of targeting lysosomes.
18. Disruptions to lysosomes can have widespread consequences for the cell.
19. Lysosomes are essential for maintaining cellular homeostasis.
20. The size and number of lysosomes can vary depending on cell type.
21. Lysosomes are often described as the "recycling centers" of the cell.
22. Without functional lysosomes, cells would accumulate waste.
23. Studying lysosomes helps us understand cellular health and disease.
24. The activity of lysosomes is tightly regulated.
25. Certain drugs can affect the function of lysosomes.
26. Lysosomes are involved in the immune response.
27. Research suggests a link between lysosomes and aging.
28. The formation of lysosomes is a complex process.
29. Defects in lysosomes can lead to neurological disorders.
30. Lysosomes are dynamic organelles that change in response to cellular needs.
31. It's crucial to understand the role of lysosomes in disease pathogenesis.
32. Therapeutic strategies targeting lysosomes are being developed.
33. The study of lysosomes is an active area of biomedical research.
34. Proper functioning lysosomes are essential for cell survival.
35. Disorders affecting lysosomes often manifest in early childhood.
36. Advanced microscopy techniques are used to study lysosomes in detail.
37. Lysosomes are crucial for the degradation of pathogens.
38. Investigating lysosomes can reveal insights into fundamental biological processes.
39. The discovery of lysosomes was a major advance in cell biology.
40. Lysosomes contribute to maintaining cellular integrity.
41. Abnormal lysosomes can contribute to cancer development.
42. Further research is needed to fully understand the complexities of lysosomes.
43. The interactions between lysosomes and other organelles are intricate.
44. Targeting lysosomes might offer new therapeutic approaches for various diseases.
45. Improved understanding of lysosomes could lead to better disease treatments.
46. Lysosomes are a fascinating area of ongoing research.
47. The future of lysosomes research holds great promise for medicine.
48. Lysosomes, along with other organelles, maintain cellular health.
49. Many breakthroughs in understanding lysosomes are expected in the coming years.
50. The role of lysosomes in various diseases is an active area of investigation.