Orthopedic implants have transformed the treatment of fractures and bone defects, yet implant-associated infection remains one of the most stubborn obstacles to long-term clinical success. When bacteria such as Staphylococcus aureus adhere to an implant surface in the early hours after surgery, they can form resilient biofilms that sustain local inflammation, disrupt the surrounding microenvironment, […]
Orthopedic implants have transformed the treatment of fractures and bone defects, yet implant-associated infection remains one of the most stubborn obstacles to long-term clinical success.
When bacteria such as Staphylococcus aureus adhere to an implant surface in the early hours after surgery, they can form resilient biofilms that sustain local inflammation, disrupt the surrounding...
The page is ready to read now. The fuller skim-friendly version will appear here automatically.
Orthopedic implants have transformed the treatment of fractures and bone defects, yet implant-associated infection remains one of the most stubborn obstacles to long-term clinical success. When bacteria such as Staphylococcus aureus adhere to an implant surface in the early hours after surgery, they can form resilient biofilms that sustain local inflammation, disrupt the surrounding microenvironment, […]
Open the app view to save this story, compare related coverage, and continue from the same source.