To provide infectious disease clinicians with an understanding of biomaterials, their properties, and their role in implant-associated infections.
Key Findings:
Implanted biomedical devices are at risk for biofilm-related infections, which can complicate treatment.
The composition of biomaterials significantly influences infection risk, impacting clinical outcomes.
Natural and synthetic polymers each have unique properties affecting their use in medical devices, necessitating careful selection.
Interpretation:
A comprehensive understanding of biomaterials is essential for infectious disease specialists to prevent, diagnose, and manage device-related infections effectively, including strategies for material selection and infection prevention.
Limitations:
The review does not delve into advanced chemical syntheses of biomaterials, which may limit understanding of some innovations.
It may not cover all types of biomaterials or their clinical applications, potentially affecting the breadth of knowledge for clinicians.
Conclusion:
As the use of biomaterials increases, there is a growing need for specialists in implant infectious diseases to address the challenges posed by device-related infections, with a focus on prevention and management strategies.
