View clinical trials related to Infections Joint Prosthetic.
Filter by:Cutibacterium acnes is involved in nearly 40% of shoulder prosthetic joint infections (PJI). After shoulder prothesis, C. acnes mainly affects hip prosthesis. One recent work from the Lyon (France) bone and joint infections reference center with data focusing mainly on hip and knee PJI has reported that C. acnes is the leading cause of late-onset PJI after coagulase negative staphylococci (CNS) (late acute PJI not considered). In such late-onset device-related infection, biofilm, as produced by C. acnes during PJI represents a major hurdle on the path to patient's cure. Because biofilm-associated bacteria have a slower metabolism and a lower multiplication rate than planktonic bacteria, antibiotic susceptibility can be hampered. Rifampicin is an antibiotic with low minimal bactericidal concentration against S. aureus and CNS biofilm-associated bacteria8 which significantly influence patient's outcome during staphylococci PJI.
Tourniquet inflation during total knee arthroplasty (TKA) is commonly used to reduce bleeding in the surgical field; thereby facilitating exposure and cementation. However, reducing circulation to the leg may also reduce antibiotic distribution to the peri-incisional tissues. Once inflated, further parenteral addition of antibiotics is not likely to achieve peak concentration. Some studies propose techniques of regional prophylaxis with a tourniquet to achieve higher cefazolin tissue concentrations. To our knowledge, the effect of tourniquet application on antibiotic tissue concentrations during total knee arthroplasty has not been explored. Furthermore, the effect of time from dose to incision, participants weight, and length of surgery on local tissue concentrations of Ancef are poorly understood. Considering that infections remain the leading source of early reoperation and revision surgery, insight and optimization of local tissue antibiotics is of paramount interest.
The aim of the superiority study is to establish a reproducible, minimally invasive, cost-effective way of sample collection for microbiological and pathomorphological processing in a clinical setting with avoidance of anesthesia, multiple punctures, as well as potential deep contamination during irrigation.
To determine the effectiveness of a 7-day course of an oral, prophylactic antibiotic on the incidence of periprosthetic joint infection and wound complications following primary total hip and knee arthroplasty in a high-risk patient population.