100 Examples of sentences containing the noun "biocompatibility"

Definition

Biocompatibility refers to the ability of a material to perform its desired function in a specific biological environment without eliciting an undesirable immune response. It is a critical property for materials used in medical devices, implants, and tissue engineering, ensuring that they interact favorably with living tissues.

Synonyms

• Bioacceptance
• Biofriendliness
• Compatibility with biological systems
• Biological compatibility
• Tissue compatibility

Antonyms

• Biotoxicity
• Incompatibility
• Cytotoxicity
• Foreignness

Examples

1. Researchers are studying how the new polymer can biocompatibility in various medical applications.
2. The success of the implant relies heavily on its biocompatibility with the surrounding tissues.
3. Scientists need to test the biocompatibility of the material before it can be approved for use.
4. The team focused on improving the biocompatibility of the device to reduce rejection rates.
5. A thorough analysis of the biocompatibility of the substance was conducted.
6. The findings indicate that the new alloy demonstrates excellent biocompatibility.
7. Regulatory bodies require evidence of biocompatibility for all new medical devices.
8. The research aims to enhance the biocompatibility of existing materials.
9. Our study highlights the importance of biocompatibility in the design of implants.
10. The biocompatibility of the drug was confirmed through extensive testing.
11. Understanding biocompatibility is crucial for developing safer medical products.
12. The team was thrilled to discover a higher level of biocompatibility than expected.
13. An evaluation of biocompatibility is essential for any biomaterial.
14. The biocompatibility of the scaffold was assessed using animal models.
15. Companies are investing more in research to ensure biocompatibility.
16. We need to prioritize biocompatibility in our material selection process.
17. The biocompatibility tests showed promising results for the new implant design.
18. A lack of biocompatibility can lead to severe complications post-surgery.
19. They are working on enhancing the biocompatibility of hydrogels.
20. The study concluded that the biocompatibility of the new compound is acceptable.
21. An exciting development in biocompatibility could revolutionize implants.
22. We are examining how different coatings affect biocompatibility.
23. The results indicate significant improvements in biocompatibility over previous models.
24. Maintaining biocompatibility is key for long-term implant success.
25. The biocompatibility of the material was a primary consideration in its design.
26. Their research has made strides in understanding biocompatibility.
27. The findings on biocompatibility will impact future biomedical applications.
28. The biocompatibility of the device was confirmed through rigorous testing.
29. A focus on biocompatibility can lead to better patient outcomes.
30. The team's goal is to enhance biocompatibility while maintaining strength.
31. Evaluating biocompatibility should be part of the product development process.
32. The biocompatibility of the new tissue-engineered product is promising.
33. Various strategies can improve the biocompatibility of materials.
34. The researchers are excited about the potential for improved biocompatibility.
35. Their findings emphasize the importance of biocompatibility in material selection.
36. Innovations in biocompatibility are critical for advancing medical technology.
37. The biocompatibility of the new material was tested in vitro.
38. Future studies will focus on the long-term biocompatibility of implants.
39. The study results were pivotal in understanding biocompatibility.
40. Companies must demonstrate biocompatibility to meet regulatory standards.
41. The biocompatibility of the drug delivery system was rigorously evaluated.
42. Increased biocompatibility leads to reduced inflammation and better healing.
43. Our findings will help improve biocompatibility in diverse applications.
44. The biocompatibility of the new scaffold material is under investigation.
45. Researchers are developing methods to enhance biocompatibility.
46. The biocompatibility assessment revealed some unexpected results.
47. We aim to achieve optimal biocompatibility with minimal side effects.
48. Testing for biocompatibility is a critical step in product development.
49. The biocompatibility of the coating plays a significant role in its success.
50. Ongoing research continues to uncover new aspects of biocompatibility.
51. The biocompatibility of the new implant material exceeded our expectations.
52. Enhancing biocompatibility can significantly improve patient acceptance.
53. The study provides insights into factors affecting biocompatibility.
54. Professionals in the field must prioritize biocompatibility in their work.
55. The team is analyzing how surface modifications affect biocompatibility.
56. Evidence of biocompatibility is necessary for product approval.
57. The biocompatibility results will guide future research directions.
58. The findings demonstrate a clear link between structure and biocompatibility.
59. The biocompatibility of the polymer was confirmed through multiple tests.
60. The project aims to enhance the biocompatibility of synthetic materials.
61. Advances in biocompatibility could lead to breakthroughs in medicine.
62. The biocompatibility assessment is crucial for clinical applications.
63. Researchers are developing new methodologies to test biocompatibility.
64. The biocompatibility profile of this material is impressive.
65. Understanding biocompatibility can aid in designing better implants.
66. The study focused on the biocompatibility of various biomaterials.
67. The biocompatibility of the tissue-engineered construct was evaluated.
68. Our goal is to ensure optimal biocompatibility in all our products.
69. The research highlights the importance of biocompatibility in drug design.
70. Evaluating biocompatibility is essential for ensuring patient safety.
71. The biocompatibility of the new device was a significant finding.
72. The team is excited to present their findings on biocompatibility.
73. Regulatory agencies demand proof of biocompatibility.
74. The biocompatibility of the materials is a key factor for success.
75. A comprehensive study of biocompatibility was conducted.
76. The biocompatibility of the scaffold was tested in a live model.
77. The researchers are optimistic about the biocompatibility results.
78. Understanding the factors influencing biocompatibility is crucial.
79. The biocompatibility of the implant was a major consideration in its design.
80. The findings shed light on the mechanisms of biocompatibility.
81. The biocompatibility of the new compound was thoroughly assessed.
82. We strive to push the boundaries of biocompatibility research.
83. The study aims to improve the biocompatibility of existing materials.
84. Insights into biocompatibility can lead to better health outcomes.
85. The biocompatibility tests are crucial before clinical trials.
86. The team is dedicated to enhancing biocompatibility in their projects.
87. The research emphasizes the significance of biocompatibility.
88. They are exploring innovative ways to improve biocompatibility.
89. The biocompatibility of the new material is comparable to its predecessors.
90. A new approach to testing biocompatibility was developed.
91. The results underscore the importance of biocompatibility in biomaterials.
92. The biocompatibility of the coating was evaluated in various conditions.
93. The findings will contribute to the understanding of biocompatibility.
94. They aim to achieve maximum biocompatibility with minimal foreign response.
95. The biocompatibility of the new device is a promising development.
96. Researchers are committed to advancing knowledge of biocompatibility.
97. The biocompatibility of the new technology has been well received.
98. The assessment of biocompatibility is a vital part of the process.
99. Their innovative approach improved the biocompatibility significantly.
100. The study's implications on biocompatibility are far-reaching.