100 Examples of sentences containing the common noun "pseudostratified"

Definition

"Pseudostratified" is an adjective typically used in a biological or anatomical context to describe a type of tissue that appears to be stratified (layered) but is actually a single layer of cells with varying heights. This gives the illusion of multiple layers, hence the prefix "pseudo," meaning false or deceptive.

Synonyms

• Fake-layered
• Apparent stratified
• Illusory layered

Antonyms

• Stratified
• Simple
• Unlayered

Examples

1. The respiratory epithelium is often pseudostratified in structure.
2. Histologists frequently encounter pseudostratified epithelial tissues in their studies.
3. The trachea is lined with pseudostratified columnar cells.
4. Understanding how pseudostratified tissues function is crucial in anatomy.
5. The pseudostratified nature of the epithelium helps in trapping particles.
6. In pathology, identifying pseudostratified tissues can indicate certain diseases.
7. The pseudostratified arrangement allows for efficient air filtration.
8. Researchers are studying the pseudostratified nature of certain cell types.
9. The pseudostratified epithelial layer contains cilia for movement.
10. A microscope reveals the pseudostratified structure of the cells.
11. The pseudostratified layer provides a significant barrier in the airway.
12. During the lesson, we learned about pseudostratified epithelium.
13. The pseudostratified cells are crucial for respiratory function.
14. You can observe pseudostratified tissues in various organs.
15. The pseudostratified characteristic of the lining plays a role in protection.
16. In histology, pseudostratified tissues are often highlighted.
17. The pseudostratified nature of the cells can be misleading.
18. The pseudostratified design helps in maximizing surface area.
19. Diagnosis often involves recognizing pseudostratified patterns.
20. Pseudostratified layers are common in respiratory epithelium.
21. The pseudostratified structure aids in secretion and absorption.
22. Students were fascinated by the pseudostratified tissue types.
23. Examining pseudostratified layers can reveal important cellular functions.
24. The pseudostratified epithelium is essential in maintaining airway health.
25. A study focused on the pseudostratified characteristics of the tissue.
26. The function of pseudostratified epithelium is diverse.
27. The pseudostratified appearance can be observed under a microscope.
28. Pathologists analyze pseudostratified tissues for abnormalities.
29. The pseudostratified tissues are vital for respiratory efficiency.
30. The pseudostratified structure supports cellular interactions.
31. Tissue samples often show pseudostratified characteristics.
32. The pseudostratified nature of the epithelium aids in filtration.
33. The discovery of pseudostratified cells was significant in biology.
34. Researchers are investigating the evolution of pseudostratified tissues.
35. The pseudostratified lining contributes to overall lung function.
36. The pseudostratified cells have distinct roles in the body.
37. Students learned how pseudostratified tissues differ from simple tissues.
38. The pseudostratified layer provides both protection and functionality.
39. There are many examples of pseudostratified tissues in anatomy.
40. The pseudostratified structure can be seen in many organisms.
41. The function of pseudostratified cells is integral to health.
42. The pseudostratified arrangement enhances respiratory efficiency.
43. Knowledge of pseudostratified tissues is crucial for medical students.
44. Observations of pseudostratified cells were made during the lab.
45. The pseudostratified epithelium has ciliated cells for movement.
46. The pseudostratified characteristics are vital for certain functions.
47. Histological staining helps visualize pseudostratified structures.
48. The pseudostratified layer can trap dust and pathogens.
49. The pseudostratified cell types have unique properties.
50. The presence of pseudostratified tissues is often a focus in research.
51. The pseudostratified arrangement increases the efficiency of the epithelium.
52. The pseudostratified epithelial cells play a role in maintaining homeostasis.
53. Medical professionals study pseudostratified tissues to understand diseases.
54. The pseudostratified characteristic can complicate diagnosis.
55. The study of pseudostratified layers is essential in pathology.
56. The pseudostratified tissue is common in the respiratory system.
57. The structure of pseudostratified cells allows for specialization.
58. Pseudostratified epithelium can be found in several body systems.
59. The pseudostratified arrangement is an example of biological complexity.
60. The cells in the pseudostratified layer work in unison for functionality.
61. The pseudostratified nature of the tissue aids in respiratory health.
62. Students observed pseudostratified cells under the microscope.
63. The pseudostratified structure is important for lung function.
64. The presence of pseudostratified cells can indicate specific conditions.
65. The pseudostratified arrangement serves multiple purposes in the body.
66. Understanding pseudostratified tissues is crucial for biologists.
67. The pseudostratified epithelium is specialized for absorption.
68. The pseudostratified layer helps protect underlying tissues.
69. The pseudostratified characteristic is a key topic in histology.
70. Microscopic examination reveals pseudostratified characteristics.
71. The pseudostratified arrangement enhances the protective function.
72. The pseudostratified tissue plays a role in gas exchange.
73. The structure of pseudostratified cells supports various functions.
74. The pseudostratified nature is essential for effective respiratory action.
75. The pseudostratified epithelium has implications in medicine.
76. The pseudostratified tissue is essential for efficient filtration.
77. The pseudostratified structure can be observed in various species.
78. Understanding pseudostratified features is important for anatomy.
79. The pseudostratified characteristic can help identify specific tissues.
80. The pseudostratified arrangement allows for greater surface area.
81. The pseudostratified cells contribute to the body's overall health.
82. The pseudostratified structure is an example of evolutionary adaptation.
83. The pseudostratified epithelium plays a vital role in human biology.
84. The study of pseudostratified tissues can lead to new discoveries.
85. The pseudostratified nature of tissues is often misunderstood.
86. The pseudostratified arrangement is crucial for respiratory efficiency.
87. The pseudostratified layer aids in protecting delicate tissues.
88. The pseudostratified epithelium has specific functions in the body.
89. The pseudostratified structure allows for specialized cell types.
90. The pseudostratified feature is a key point in biological education.
91. The pseudostratified arrangement is fundamental in human anatomy.
92. The pseudostratified cells are integral to maintaining airway health.
93. The pseudostratified layers are often a topic in advanced biology.
94. The pseudostratified characteristic can indicate specific functions.
95. The pseudostratified arrangement enhances the effectiveness of tissues.
96. The pseudostratified nature of the epithelium plays a protective role.
97. Understanding pseudostratified tissues is key in medical science.
98. The pseudostratified cells contribute to the overall function of the organ.
99. The pseudostratified design of the tissue supports various functions.
100. The study of pseudostratified tissues is imperative for medical professionals.