Apheresis example sentences
Related (9): apheresis, plasmapheresis, leukapheresis, erythrocytapheresis, thrombocytapheresis, lymphocytapheresis, granulocytapheresis, photopheresis, immunoadsorption.
"Apheresis" Example Sentences
Common Phases
1. The patient underwent platelet apheresis to donate platelets for his sick sister.
2. The doctors performed plasmapheresis to remove the autoantibodies from her blood.
3. The doctor recommended erythrocyte apheresis to remove excess red blood cells.
4. Therapeutic apheresis involves removing harmful components from the blood.
5. Leukapheresis is a type of apheresis that is used to collect white blood cells.
6. Granulocyte apheresis helps collect granulocytes from blood to treat infections.
7. He needed LDL apheresis to lower his dangerously high levels of LDL cholesterol.
8. Lymphocyte apheresis was performed to reduce elevated lymphocytes in her blood.
9. Cytopheresis is a broad term for removal of cellular components from the blood.
10. Monocyte apheresis helps remove excess monocytes from the blood circulation.
11. Apheresis involves passing blood through an apparatus that separates components.
12. The blood is then returned to the donor minus the separated component.
13. The goal of therapeutic apheresis is to remove pathogenic substances from blood.
14. Photopheresis is a type of apheresis combined with UV light exposure.
15. Therapeutic plasma exchange involves replacing plasma using apheresis techniques.
16. White cell apheresis helps collect various types of white blood cells from blood.
17. Apheresis is an effective treatment for a variety of autoimmune and inflammatory disorders.
18. He required multiple sessions of therapeutic apheresis to control his disease symptoms.
19. During apheresis, anticoagulants are given to prevent the blood from clotting.
20. The apheresis procedure can take several hours and may need to be repeated periodically.
21. The most common types of therapeutic apheresis are plasma exchange and leukapheresis.
22. Donor apheresis is performed to collect specific blood components from healthy individuals.
23. Granulocyte apheresis aims to increase anti-infective granulocyte concentrations in blood.
24. Erythrocytapheresis quickly and safely lowers hematocrit levels in polycythemia vera.
25. Apheresis machines use different technologies to separate blood components.
26. Platelet apheresis allows donors to provide platelets for patients with low platelet counts.
27. After the apheresis session, the patient's blood pressure, heart rate and IV site are monitored.
28. Complications from apheresis can include infections, electrolyte imbalances and thrombosis.
29. LDL apheresis helps lower LDL cholesterol levels in patients with genetic forms of hypercholesterolemia.
30. Plasmapheresis helps remove autoantibodies in autoimmune conditions like myasthenia gravis.
31. The apheresis procedure follows the same basic steps for collecting different blood components.
32. His doctors recommended apheresis to help control an acute episode of his autoimmune disease.
33. She needed erythrocytapheresis to reduce her hematocrit and hemoglobin levels.
34. Monocyte apheresis can help patients with ulcerative colitis and Crohn's disease.
35. Patients may experience mild side effects like nausea, headache and dizziness during apheresis.
36. Apheresis treatments are typically well tolerated with few major complications.
37. Therapeutic apheresis provides temporary relief until underlying disease is properly treated.
38. His platelet apheresis donation helped save the life of a leukemia patient.
39. Some donor centers employ continuous-flow cell separators for performing apheresis.
40. Hemodialysis and blood transfusions cannot achieve what therapeutic apheresis can.
41. Apheresis has become an established therapy for various diseases and blood disorders.
42. Indications for apheresis continue to expand with ongoing research.
43. LDL apheresis is primarily done for patients with genetic forms of severe hypercholesterolemia.
44. LDL apheresis requires specialized equipment, trained staff and is generally costly.
45. Apheresis donors must meet stringent health criteria to ensure safety of blood components.
46. Apheresis machines utilize principles of centrifugation, filtration or immunoadsorption.
47. Newer apheresis technologies aim to improve efficiency, speed and reduce side effects.
48. Therapeutic apheresis can be life-saving in severe hyperviscosity and hypercoagulable states.
49. Strict sterility must be maintained throughout the entire apheresis procedure.
50. The apheresis machine separates out the desired blood component while returning the rest.
51. Donors must undergo an examination and laboratory testing before apheresis donation.
52. Researchers are exploring the potential of selective cell apheresis in various conditions.
53. Apheresis is usually done in specialized centers by trained physicians and technicians.
54. The frequency of required apheresis treatments depends on the underlying condition.
55. White cell apheresis may help reduce disease activity in some autoimmune conditions.
56. Apheresis donors receive a mini-physical and eligibility screening prior to donation.
57. LDL apheresis can reduce coronary events in patients with refractory hypercholesterolemia.
58. After apheresis, patients should increase fluid intake to replenish lost plasma volume.
59. His body responded well to the series of therapeutic apheresis treatments prescribed.
60. Regular blood component apheresis helps maintain an adequate supply for transfusion needs.