Pneumocyte example sentences

"Pneumocyte" Example Sentences

1. Pneumocytes are essential for gas exchange in the lungs.
2. Type I pneumocytes form the thin barrier for efficient diffusion.
3. Damaged pneumocytes can impair respiratory function.
4. The proliferation of pneumocytes is crucial for lung repair.
5. Research focuses on protecting pneumocytes from environmental toxins.
6. Pneumocytes, along with other cells, constitute the alveolar lining.
7. Type II pneumocytes produce surfactant to reduce surface tension.
8. The study investigated the impact of pollutants on pneumocytes.
9. Understanding pneumocyte function is vital for treating lung diseases.
10. Apoptosis of pneumocytes contributes to lung injury.
11. The morphology of pneumocytes changes in various lung pathologies.
12. Chronic inflammation affects pneumocyte differentiation and survival.
13. Pneumocytes play a critical role in maintaining lung homeostasis.
14. Scientists are exploring new therapies to regenerate damaged pneumocytes.
15. The number of pneumocytes decreases with age and certain diseases.
16. Genetic factors influence pneumocyte development and function.
17. Exposure to asbestos can lead to pneumocyte injury and fibrosis.
18. Smoking significantly damages pneumocytes, impacting lung capacity.
19. Inflammation in pneumocytes can trigger a cascade of harmful effects.
20. Novel imaging techniques allow for better visualization of pneumocytes.
21. Proper pneumocyte function ensures efficient oxygen uptake.
22. Pneumocyte dysfunction contributes to respiratory distress.
23. The study showed a correlation between pneumocyte damage and disease severity.
24. Regenerative medicine aims to repair damaged pneumocytes and restore function.
25. Pneumocytes are susceptible to various infectious agents.
26. Air pollution negatively impacts pneumocyte viability and function.
27. The research examined the role of pneumocytes in immune responses.
28. New therapeutic approaches target pneumocyte regeneration and repair.
29. Pneumocytes are a key component of the alveolar-capillary membrane.
30. The integrity of pneumocytes is essential for gas exchange.
31. It's vital to understand pneumocyte biology for effective treatments.
32. Early detection of pneumocyte injury can improve patient outcomes.
33. Pneumocytes constantly undergo renewal and replacement.
34. The study focused on the molecular mechanisms regulating pneumocyte differentiation.
35. Oxidative stress can severely damage pneumocytes and impair their function.
36. Maintaining healthy pneumocytes is crucial for respiratory health.
37. The researchers used advanced microscopy to study pneumocytes in detail.
38. Pneumocyte injury is a hallmark of many acute lung injuries.
39. Understanding how pneumocytes respond to infection is crucial.
40. The effects of aging on pneumocytes are being actively investigated.
41. Genetic mutations can affect pneumocyte development and lead to disease.
42. The clinical trial examined the efficacy of a new drug on pneumocyte regeneration.
43. Proper functioning pneumocytes are necessary for efficient oxygen diffusion.
44. The research revealed novel insights into pneumocyte signaling pathways.
45. Pneumocytes, uniquely shaped, maximize surface area for gas exchange.
46. Disruptions in pneumocyte function can cause severe respiratory problems.
47. Further research is needed to fully elucidate pneumocyte biology.
48. The development of effective therapies for pneumocyte damage remains a challenge.
49. Protecting pneumocytes from harm is key to preventing lung disease.
50. The unique properties of pneumocytes are essential for lung survival.

Common Phases

There are no common phrases using the word "pneumocyte". The term is highly specialized to the field of respiratory physiology and not used in everyday language.