100 Examples of sentences containing the common noun "pseudolobule"

Definition

Pseudolobule refers to a structure that resembles a lobule but is not classified as one due to certain distinguishing features. It is commonly used in anatomical contexts, especially in relation to liver structures or certain types of tissue formations.

Synonyms

• Lobule-like structure
• Lobule alternative
• False lobule

Antonyms

• Lobule
• True lobule

Examples

1. The researcher discovered that the pseudolobule formed differently in various species.
2. During the examination, the pathologist noted the presence of a pseudolobule in the tissue sample.
3. The pseudolobule can often be mistaken for a true lobule under a microscope.
4. She explained how the pseudolobule serves a unique function in the organ.
5. The formation of a pseudolobule can indicate underlying health issues.
6. In the study, the pseudolobule was identified as a significant marker for disease progression.
7. The anatomy textbook described how a pseudolobule differs from adjacent lobules.
8. Scientists have been researching the role of the pseudolobule in tissue regeneration.
9. Histological analysis showed that the pseudolobule had distinct cellular characteristics.
10. The pseudolobule appeared larger than expected in the MRI scan.
11. She hypothesized that the pseudolobule could impact liver function.
12. The presence of a pseudolobule was confirmed through advanced imaging techniques.
13. The pseudolobule was a focal point of the anatomical study.
14. Observing how the pseudolobule interacts with surrounding tissues is crucial for understanding its role.
15. The formation of a pseudolobule often occurs in response to injury.
16. Researchers are investigating whether the pseudolobule has any regenerative properties.
17. The pseudolobule was classified based on its structural similarities to lobules.
18. In certain conditions, the pseudolobule may exhibit abnormal growth patterns.
19. The study highlighted the importance of the pseudolobule in liver pathology.
20. The team published their findings on the pseudolobule in a leading medical journal.
21. He pointed out that the pseudolobule was a significant finding in their research.
22. A detailed analysis of the pseudolobule revealed unexpected cellular behavior.
23. The pseudolobule may play a role in metabolic processes within the liver.
24. The researchers observed changes in the pseudolobule during their experiments.
25. Understanding the pseudolobule is essential for advancing medical knowledge.
26. The pseudolobule provided insight into the complexity of liver architecture.
27. She drew attention to the pseudolobule in her presentation.
28. The pseudolobule was a key topic during the conference on liver diseases.
29. The discovery of the pseudolobule opened new avenues for research.
30. The pseudolobule was highlighted as an area needing further exploration.
31. He explained how the pseudolobule could influence treatment outcomes.
32. The pseudolobule was characterized by its unique histological features.
33. Observations of the pseudolobule led to new hypotheses about liver function.
34. The pseudolobule showed resilience in the face of injury.
35. The role of the pseudolobule in disease progression remains poorly understood.
36. A closer look at the pseudolobule revealed its significance in pathology.
37. The pseudolobule was subjected to immunohistochemical staining for further analysis.
38. In her research, she focused on the implications of the pseudolobule.
39. The pseudolobule formed as a response to chronic inflammation.
40. The implications of the pseudolobule for surgical procedures are profound.
41. She documented the changes in the pseudolobule over time.
42. The pseudolobule is often overlooked in standard liver assessments.
43. The significance of the pseudolobule cannot be understated.
44. The pseudolobule demonstrated unique properties compared to nearby structures.
45. Their findings on the pseudolobule were groundbreaking.
46. The pseudolobule was integral to the study's conclusions.
47. She highlighted the need for more research on the pseudolobule.
48. The pseudolobule was identified as a potential therapeutic target.
49. The unique characteristics of the pseudolobule were analyzed in depth.
50. The researchers speculated on the evolutionary significance of the pseudolobule.
51. The pseudolobule was visible in the imaging studies conducted.
52. He explained how the pseudolobule could affect overall organ health.
53. The pseudolobule had a distinct appearance in the histological slides.
54. The analysis of the pseudolobule revealed important findings.
55. She presented her research on the pseudolobule at an international conference.
56. The pseudolobule was noted for its unusual cellular arrangement.
57. The implications of the pseudolobule for disease treatment remain a topic of debate.
58. The pseudolobule appeared to function differently compared to regular lobules.
59. Their research focused on the relationship between the pseudolobule and liver disease.
60. The pseudolobule was an unexpected discovery in the study.
61. She was fascinated by the complexity of the pseudolobule.
62. The pseudolobule was discussed extensively in the literature.
63. Understanding the pseudolobule is crucial for comprehending liver health.
64. The pseudolobule was emphasized in the latest medical research.
65. He noted that the pseudolobule had not been well-studied in the past.
66. The pseudolobule could potentially be used as a biomarker.
67. The findings related to the pseudolobule were validated through multiple studies.
68. The pseudolobule highlighted the intricacies of liver anatomy.
69. They hypothesized that the pseudolobule might influence metabolic pathways.
70. The pseudolobule was a critical focus in their ongoing research.
71. The relationship between the pseudolobule and liver function is complex.
72. The pseudolobule was included in the anatomical models they developed.
73. In their studies, the pseudolobule was found to exhibit unique traits.
74. Researchers are keen to learn more about the pseudolobule and its functions.
75. The pseudolobule was recognized as a significant feature in the diagnosis.
76. The pseudolobule provided a new perspective on liver pathology.
77. The anatomical significance of the pseudolobule is well-documented.
78. The pseudolobule revealed interesting insights into liver structure.
79. Their research on the pseudolobule contributed to the field of hepatology.
80. The pseudolobule was a surprising element in their findings.
81. The pseudolobule was involved in the study of liver regeneration.
82. The presence of the pseudolobule can complicate diagnoses.
83. The pseudolobule was analyzed using various imaging techniques.
84. She explained the implications of the pseudolobule for future research.
85. The pseudolobule has potential applications in clinical practice.
86. The structure of the pseudolobule was intricately detailed in the study.
87. Discussions about the pseudolobule frequently arise in medical literature.
88. The pseudolobule is often referenced in anatomy lectures.
89. The pseudolobule is critical for understanding tissue architecture.
90. The characteristics of the pseudolobule were compared to other structures.
91. The pseudolobule was a major topic of interest in the recent symposium.
92. The study of the pseudolobule is still in its early stages.
93. The pseudolobule may have implications for liver transplant outcomes.
94. The researchers focused on how the pseudolobule interacts with its environment.
95. The pseudolobule could be an important area for future studies.
96. They examined the pseudolobule under various experimental conditions.
97. The pseudolobule was a key feature in the anatomical diagram.
98. Understanding the pseudolobule is essential for medical professionals.
99. The pseudolobule was highlighted in their case studies.
100. The findings regarding the pseudolobule were both surprising and enlightening.