100 Examples of sentences containing the common noun "plasmapheresis device"

Definition

A Plasmapheresis Device is a medical apparatus used to separate plasma from blood cells in order to treat various medical conditions by removing harmful substances from the blood. This procedure is commonly employed in treating autoimmune diseases, certain blood disorders, and in preparation for organ transplants.

Synonyms

• Plasma separator
• Blood filtration device
• Apheresis machine
• Plasma exchange device

Antonyms

• Blood infusion device
• Hematopoietic device

Examples

1. The hospital utilizes a Plasmapheresis Device to treat patients with severe autoimmune disorders.
2. Doctors recommend the Plasmapheresis Device for patients experiencing elevated antibody levels.
3. The Plasmapheresis Device was designed to efficiently remove toxic substances from the bloodstream.
4. In clinical trials, the Plasmapheresis Device showed promising results for treating Guillain-Barré syndrome.
5. Patients undergoing treatment often express relief after using the Plasmapheresis Device.
6. The Plasmapheresis Device has become an essential tool in modern hematology.
7. Training is required to operate the Plasmapheresis Device safely and effectively.
8. The Plasmapheresis Device can be used in outpatient settings for convenience.
9. During the procedure, the Plasmapheresis Device carefully filters the blood.
10. The Plasmapheresis Device can help improve the quality of life for patients with chronic conditions.
11. Research continues to advance the technology behind the Plasmapheresis Device.
12. The effectiveness of the Plasmapheresis Device depends on proper calibration and maintenance.
13. Patients are usually monitored closely while the Plasmapheresis Device is in operation.
14. The Plasmapheresis Device can reduce the need for more invasive treatments.
15. Some hospitals have multiple Plasmapheresis Devices to accommodate high patient volumes.
16. The Plasmapheresis Device allows for the selective removal of plasma components.
17. A well-designed Plasmapheresis Device minimizes discomfort for patients during treatment.
18. The Plasmapheresis Device is often used in conjunction with other therapies.
19. After the procedure, patients often report feeling better thanks to the Plasmapheresis Device.
20. The Plasmapheresis Device has specific protocols that must be followed for safety.
21. Many patients are unfamiliar with how the Plasmapheresis Device operates.
22. The medical team explained the benefits of the Plasmapheresis Device to the family.
23. The Plasmapheresis Device was developed to enhance plasma collection efficiency.
24. Careful monitoring is essential while using the Plasmapheresis Device.
25. The Plasmapheresis Device can be a life-saving intervention in critical cases.
26. Patients are often anxious before their first use of the Plasmapheresis Device.
27. The Plasmapheresis Device provides a sterile environment for blood processing.
28. The success of treatment largely depends on the Plasmapheresis Device's functionality.
29. The Plasmapheresis Device can be adapted for various clinical protocols.
30. Technicians must undergo specialized training to operate the Plasmapheresis Device.
31. The Plasmapheresis Device plays a crucial role in managing certain blood disorders.
32. Patients are usually educated about the Plasmapheresis Device before treatment.
33. The Plasmapheresis Device is a key component of modern transfusion medicine.
34. The efficiency of the Plasmapheresis Device directly affects patient outcomes.
35. Some patients require repeated treatments with the Plasmapheresis Device.
36. The Plasmapheresis Device has revolutionized the way we treat plasma-related diseases.
37. A malfunctioning Plasmapheresis Device can lead to serious complications.
38. The Plasmapheresis Device must be regularly serviced to ensure optimal performance.
39. Innovative designs are being developed for the Plasmapheresis Device.
40. The Plasmapheresis Device operates by circulating blood through a filtration system.
41. Patients often feel fatigued after using the Plasmapheresis Device.
42. The Plasmapheresis Device is frequently used in transplant medicine.
43. The healthcare team collaborates to optimize the use of the Plasmapheresis Device.
44. The Plasmapheresis Device has various settings to customize treatment.
45. Understanding the Plasmapheresis Device is essential for new technicians.
46. The Plasmapheresis Device is a vital tool in treating certain neurological conditions.
47. Many studies focus on improving the efficacy of the Plasmapheresis Device.
48. The Plasmapheresis Device can be used for therapeutic and research purposes.
49. Some patients experience side effects after using the Plasmapheresis Device.
50. The Plasmapheresis Device requires a blood sample for accurate processing.
51. The medical staff prepared the Plasmapheresis Device for the upcoming procedure.
52. A thorough assessment is conducted before using the Plasmapheresis Device.
53. The Plasmapheresis Device is essential for managing complex medical cases.
54. The effectiveness of the Plasmapheresis Device is often monitored through lab tests.
55. The Plasmapheresis Device can reduce inflammation in patients with certain conditions.
56. Innovative features have been added to the latest Plasmapheresis Device models.
57. The Plasmapheresis Device allows for real-time monitoring of plasma quality.
58. Patients can often resume normal activities shortly after using the Plasmapheresis Device.
59. The Plasmapheresis Device has a significant impact on patient recovery times.
60. Proper documentation is crucial when using the Plasmapheresis Device.
61. The Plasmapheresis Device can potentially improve long-term health outcomes.
62. Each Plasmapheresis Device comes with a detailed user manual for operators.
63. The Plasmapheresis Device has specific disposal guidelines for used materials.
64. The Plasmapheresis Device can handle different volumes of blood based on patient needs.
65. The Plasmapheresis Device is often mentioned in treatment protocols for various diseases.
66. Awareness of the Plasmapheresis Device has increased among healthcare professionals.
67. The Plasmapheresis Device is tested rigorously before being approved for use.
68. The Plasmapheresis Device can help in the management of chronic kidney disease.
69. New research is being conducted on the long-term effects of the Plasmapheresis Device.
70. The Plasmapheresis Device must be calibrated regularly to ensure accuracy.
71. The Plasmapheresis Device is often used during acute medical emergencies.
72. The healthcare provider explained the benefits of the Plasmapheresis Device to the patient.
73. The Plasmapheresis Device facilitates the removal of harmful antibodies from the bloodstream.
74. Patients often receive education on the Plasmapheresis Device before their first appointment.
75. The Plasmapheresis Device offers a non-invasive option for certain treatments.
76. The Plasmapheresis Device is utilized in both inpatient and outpatient settings.
77. The comfort of the patient is a priority while using the Plasmapheresis Device.
78. The Plasmapheresis Device is essential for managing hyperbilirubinemia in newborns.
79. The Plasmapheresis Device has been instrumental in treating relapsing forms of MS.
80. The Plasmapheresis Device can help patients avoid more invasive procedures.
81. The Plasmapheresis Device is often integrated into standard treatment protocols.
82. The effectiveness of the Plasmapheresis Device varies among different patient populations.
83. The Plasmapheresis Device can significantly reduce the frequency of hospital visits for some patients.
84. The Plasmapheresis Device is designed with patient safety as a priority.
85. The Plasmapheresis Device is a critical piece of equipment in transfusion medicine.
86. Many healthcare professionals are trained in the operation of the Plasmapheresis Device.
87. The Plasmapheresis Device has applications in both diagnosis and treatment.
88. The Plasmapheresis Device is often used in conjunction with immunotherapy.
89. Patients may feel relief after just one session with the Plasmapheresis Device.
90. The Plasmapheresis Device is known for its efficiency in plasma collection.
91. The Plasmapheresis Device has a user-friendly interface for operators.
92. The Plasmapheresis Device is subject to strict regulatory standards.
93. The Plasmapheresis Device requires an understanding of fluid dynamics.
94. Some patients may need a series of treatments with the Plasmapheresis Device.
95. The Plasmapheresis Device can help prevent complications in high-risk patients.
96. The introduction of the Plasmapheresis Device has changed the landscape of treatment options.
97. The Plasmapheresis Device is often highlighted in medical literature for its benefits.
98. Patients are encouraged to ask questions about the Plasmapheresis Device before treatment.
99. The Plasmapheresis Device represents a major advancement in patient care.
100. The Plasmapheresis Device is an integral part of managing chronic autoimmune conditions.