100 Examples of sentences containing the common noun "lymphoblast"

Definition

Lymphoblast refers to an immature lymphocyte, which is a type of white blood cell involved in the immune response. Lymphoblasts are derived from lymphocytes and play a crucial role in the body’s ability to fight infections and other diseases.

Synonyms

• Immature lymphocyte
• Precursor lymphocyte
• Lymphocyte precursor

Antonyms

• Mature lymphocyte
• Lymphocyte
• Effector lymphocyte

Examples

1. The doctor observed a high count of lymphoblast in the patient's blood test.
2. During the examination, the lab technician noted the presence of lymphoblast in the sample.
3. Treatment was initiated to reduce the number of lymphoblast in the bone marrow.
4. A significant increase in lymphoblast indicates a possible infection.
5. The research focused on how lymphoblast can differentiate into various types of lymphocytes.
6. The oncologist explained that a high level of lymphoblast might suggest leukemia.
7. Studies show that lymphoblast can proliferate rapidly under certain conditions.
8. A flow cytometry test confirmed the presence of lymphoblast in the patient's lymphatic system.
9. The immune response was activated when lymphoblast were triggered by the pathogen.
10. The patient’s symptoms led the doctor to investigate the lymphoblast count further.
11. In a healthy individual, the number of lymphoblast should remain within a specific range.
12. The pathologist identified abnormal lymphoblast during the biopsy analysis.
13. Researchers are studying how lymphoblast contribute to autoimmune diseases.
14. The treatment aimed to target the lymphoblast to restore normal immune function.
15. High levels of lymphoblast can complicate the diagnosis of blood disorders.
16. The presence of lymphoblast in the cerebrospinal fluid is concerning for neurological issues.
17. The team used a specialized stain to visualize the lymphoblast in the tissue samples.
18. A bone marrow biopsy revealed an excess of lymphoblast in the sample.
19. Understanding the lifecycle of lymphoblast is crucial for developing new therapies.
20. The clinical trial focused on drugs that could effectively eliminate lymphoblast.
21. A comparison of lymphoblast in healthy and diseased tissues was conducted.
22. The researchers hypothesized that the increase in lymphoblast could be linked to stress.
23. Analyses showed that lymphoblast could become activated in response to allergens.
24. The lab confirmed the diagnosis with multiple tests showing elevated lymphoblast.
25. Flow cytometry results indicated a predominance of lymphoblast among the cell population.
26. Physicians must monitor lymphoblast levels closely in patients undergoing chemotherapy.
27. The immune system relies on the proper functioning of lymphoblast to combat infections.
28. A sudden spike in lymphoblast raised concerns about potential malignancies.
29. The study involved tracking the differentiation process of lymphoblast.
30. Genetic mutations can affect how lymphoblast develop and function.
31. The clinical observation of lymphoblast was crucial for the diagnosis.
32. Patients with high lymphoblast counts often present with specific symptoms.
33. The research paper detailed how lymphoblast can influence cancer progression.
34. The team utilized imaging techniques to monitor lymphoblast activity in real-time.
35. Investigating the role of lymphoblast in chronic inflammation is an ongoing project.
36. The genetic profile of lymphoblast can provide insights into treatment responses.
37. The doctor explained that excessive lymphoblast could lead to complications.
38. A comprehensive blood test revealed an abnormal increase in lymphoblast.
39. The role of lymphoblast in the adaptive immune response is significant.
40. The patient was referred to a specialist for evaluation of the lymphoblast levels.
41. The lab results showed that lymphoblast were proliferating more than normal.
42. Understanding the signaling pathways of lymphoblast is essential for targeted therapies.
43. The presence of circulating lymphoblast can indicate severe immune dysregulation.
44. A detailed study on lymphoblast differentiation pathways was published.
45. The medical team was concerned about the rapid development of lymphoblast.
46. The presence of large numbers of lymphoblast can complicate treatment options.
47. The findings suggested that lymphoblast have a role in chronic lymphocytic leukemia.
48. After treatment, the patient's lymphoblast count returned to normal levels.
49. The research highlighted the importance of lymphoblast in vaccine response.
50. A genetic analysis of lymphoblast revealed mutations associated with certain cancers.
51. The report indicated that lymphoblast could be targeted for immunotherapy.
52. The patient's file contained details about their lymphoblast monitoring regimen.
53. Advances in technology have improved our ability to analyze lymphoblast.
54. The study aimed to identify biomarkers associated with lymphoblast proliferation.
55. The oncologist explained how the body regulates lymphoblast during stress.
56. The lab conducted a series of experiments to observe lymphoblast behavior.
57. The team hypothesized that certain dietary factors could influence lymphoblast counts.
58. Identifying the origin of lymphoblast is crucial for understanding leukemia.
59. The patient was reassured that a moderate level of lymphoblast is normal.
60. The findings from the study of lymphoblast could lead to new treatments.
61. The researchers were excited to discover a new function of lymphoblast.
62. A high level of lymphoblast may indicate an ongoing immune response.
63. The doctor explained that lymphoblast are essential for producing antibodies.
64. The clinical implications of elevated lymphoblast are significant.
65. The presence of atypical lymphoblast raises concerns for further investigation.
66. The lab's focus on lymphoblast led to several key discoveries in immunology.
67. The relationship between viruses and lymphoblast is an area of active research.
68. The genetic makeup of lymphoblast can affect how they respond to treatment.
69. The patient's symptoms were consistent with an increase in lymphoblast.
70. The study aimed to clarify the role of lymphoblast in chronic diseases.
71. The doctor ordered additional tests to monitor the patient's lymphoblast.
72. A detailed analysis of lymphoblast can provide insights into immune function.
73. The increase in lymphoblast was linked to a recent infection.
74. The research explored how to manipulate lymphoblast for therapeutic purposes.
75. The findings suggested a novel mechanism by which lymphoblast contribute to healing.
76. The clinical trial focused on the safety and efficacy of targeting lymphoblast.
77. The lab reported an unexpected drop in lymphoblast after treatment.
78. A detailed study on lymphoblast differentiation is underway.
79. The patient's immune profile indicated a robust response from lymphoblast.
80. Understanding the differences between normal and malignant lymphoblast is crucial.
81. The team developed a new assay to quantify lymphoblast more accurately.
82. The role of lymphoblast in preventing infections is well documented.
83. The researchers were intrigued by the behavior of lymphoblast in vitro.
84. The patient’s lymphoblast count was monitored closely during recovery.
85. A high proportion of lymphoblast can indicate a response to vaccination.
86. The lab's findings on lymphoblast have implications for cancer research.
87. The study highlighted the importance of cytokines in the regulation of lymphoblast.
88. The clinician explained that lymphoblast are critical for the body's defense mechanisms.
89. The team is investigating how environmental factors influence lymphoblast.
90. The presence of lymphoblast in the bloodstream can be a sign of disease.
91. The research aimed to uncover the signaling pathways that regulate lymphoblast activity.
92. The patient was relieved to learn that their lymphoblast levels were normal.
93. Understanding the lifecycle of lymphoblast can improve treatment strategies.
94. The findings emphasize the need for further studies on lymphoblast behavior.
95. The clinical significance of lymphoblast in infections cannot be understated.
96. The lab developed a new technique to isolate lymphoblast from other cells.
97. A sudden drop in lymphoblast was noted after the treatment regimen.
98. The collaborative study focused on the genetic factors affecting lymphoblast.
99. The doctor explained that lymphoblast play a vital role in the adaptive immune response.
100. The team's research findings on lymphoblast could lead to breakthroughs in immunotherapy.