Granulocytic example sentences

"Granulocytic" Example Sentences

1. The patient presented with a granulocytic leukemia.
2. Granulocytic sarcoma is a rare and aggressive cancer.
3. His blood work revealed an elevated granulocytic count.
4. The bone marrow biopsy showed granulocytic hyperplasia.
5. Treatment options for granulocytic disorders vary widely.
6. She experienced a severe granulocytic reaction to the medication.
7. The doctor ordered further tests to confirm the granulocytic nature of the disease.
8. Granulocytic differentiation is crucial in the development of immune cells.
9. A granulocytic left shift is a common finding in infections.
10. Research continues into novel therapies for granulocytic malignancies.
11. The study focused on the role of cytokines in granulocytic differentiation.
12. Granulocytic precursors are found in the bone marrow.
13. Understanding granulocytic differentiation is key to treating leukemias.
14. The diagnosis of acute granulocytic leukemia requires immediate attention.
15. Chronic granulocytic leukemia is often manageable with targeted therapy.
16. We observed a significant increase in granulocytic cells after treatment.
17. Granulocytic cells play a vital role in the innate immune system.
18. The morphology of the granulocytic cells was analyzed microscopically.
19. Cytochemical staining helped identify the granulocytic lineage of the cells.
20. The patient's prognosis improved after initiating granulocytic-focused treatment.
21. Further studies are needed to fully understand granulocytic cell development.
22. This new drug targets specific pathways in granulocytic leukemia cells.
23. Granulocytic leukemia is characterized by the uncontrolled proliferation of granulocytes.
24. The presence of immature granulocytic cells suggested acute leukemia.
25. Flow cytometry confirmed the granulocytic origin of the malignant cells.
26. He suffered from a rare form of granulocytic leukemia.
27. Early detection is crucial for successful treatment of granulocytic leukemia.
28. The research team focused on developing new treatments for granulocytic malignancies.
29. A complete blood count revealed an abnormally high number of granulocytic cells.
30. Granulocytic colony-stimulating factor (G-CSF) is used to stimulate granulocyte production.
31. The symptoms of granulocytic leukemia can vary widely.
32. Treatment options for granulocytic leukemia continue to improve.
33. Genetic mutations can lead to the development of granulocytic leukemia.
34. This new approach targets granulocytic progenitor cells.
35. The granulocytic lineage is one of the major lineages of hematopoietic cells.
36. Several granulocytic subtypes exist, each with its own characteristics.
37. Immature granulocytic cells are typically found in the bone marrow.
38. The differentiation of granulocytic cells involves a complex cascade of events.
39. The study investigated the role of epigenetics in granulocytic cell differentiation.
40. Advances in immunotherapy have significantly improved outcomes for patients with granulocytic leukemia.
41. Chemotherapy remains a mainstay treatment for many forms of granulocytic leukemia.
42. The research highlighted the importance of early intervention in granulocytic leukemia.
43. Monitoring granulocytic cell counts is critical during chemotherapy.
44. The patient’s granulocytic cell count began to recover after treatment.
45. Stem cell transplantation can be curative in some cases of granulocytic leukemia.
46. Researchers continue to explore new ways to target granulocytic leukemia cells.
47. Understanding the molecular mechanisms of granulocytic leukemia is essential for developing better therapies.
48. The clinical trial evaluated a novel drug for granulocytic leukemia.
49. The side effects of chemotherapy can include a decrease in granulocytic cell count (neutropenia).
50. Long-term follow-up is crucial for patients with a history of granulocytic leukemia.