View clinical trials related to Surgical Site Infection.
Filter by:This study is designed to collect data from 8,476 fracture patients during a pre-and post-intervention phases of two years length each. The intervention consists on the implementation of the AOT SSI Prevention Bundle. D
The purpose of this study was to compare the rate of surgical site infections in patients randomized to Irrisept versus SoC, who had an open abdominal laparotomy for abdominal trauma or acute surgical abdomen.
The purpose of this pilot study is to evaluate antimicrobial properties of a single test product, a vehicle product and a reference product applied in two different areas when used as a patient preoperative skin preparation.
The objectives of this double-blind, randomized, controlled study are to evaluate the efficacy of maintaining contact with low-back pain patients through text messaging and emailing, to decrease anxiety levels, pain, number of follow-up visits through text messaging and emailing, and to improve reporting of surgical site infection after spine surgery through text messaging and emailing. The outcomes that will be measured are anxiety, pain, follow-up visits and received phone calls, and reporting signs of surgical site infection. Participants will include Dr. Oren Gottfried's patients who underwent spine surgery at Duke Hospital or at Duke Raleigh Hospital. Patients will be approached after determination that the patient is going to undergo spinal surgery. All patients meeting inclusion criteria will be approached to participate irrespective of race or ethnicity. A total of 194 subjects will be recruited.
Surgical wound infections remain a serious problem despite aseptic techniques and the use of prophylactic systemic antibiotics. Such infections can occur at rates up to ~20% in high-risk patients receiving long segment instrumented spinal fusions for deformity correction and present potentially catastrophic consequences. Given this, the high cost of treatment, and a payer system unable to support such expenses, investigators must make every effort to find new cost-effective ways to prevent these complications. Increasingly surgeons have sought to address this problem by placing lyophilized Vancomycin into spinal surgery wounds immediately prior to wound closure. This method, known as "intrasite" application, is adapted from techniques used to prevent infection in joint replacement surgeries. The motivation for this practice is to maximize antibiotic concentration within the wound while minimizing systemic concentration and toxicity, (the inverse of the situation when using IV antibiotics). While the popularity of intrasite delivery has grown rapidly, this has occurred without prospective scientific evidence. Recently, three retrospective papers including nearly 2,500 treated patients, indicated that intrasite Vancomycin reduces wound infections without increasing adverse events[1-3]. However, there are no published data on the dosing or pharmacokinetics of intrasite Vancomycin, let alone prospective trials of its efficacy and safety. The investigators propose to perform the first prospective trial of intrasite Vancomycin pharmacokinetics and safety. Study objectives will include standardizing application and dosing, defining peak/trough concentrations and clearance parameters, verifying bactericidal potency, and dose selection for use in future studies. This will be accomplished by enrolling groups of patients (n=10) to receive one of three doses of intrasite lyophilized Vancomycin (3, 6 or 12 mg/cm2), prior to wound closure. Vancomycin concentrations in venous blood and wound seroma fluid will be measured at regular intervals after surgery to establish pharmacokinetic parameters. Preliminary data regarding local and systemic adverse events including wound healing, fusion rate, and toxicity will be prospectively collected. The ultimate goal of this learning-phase study is to gather sufficient information regarding application, dosing, pharmacokinetics, measurement strategies, and adverse events to prepare for a Phase III efficacy trial.
The purpose of the study is to determine whether diluted Povidone Iodine solution used to irrigate surgical wounds during spine surgery decreases the incidence of surgical site infections.
Patients presenting in the Emergency Department or admitted to the hospital with displaced hip fractures who require hemiarthroplasty or open reduction internal fixation or with spinal instability/fractures in need of urgent surgical intervention will receive treatment to reduce the number of microorganisms in their nose prior to surgery. After surgery, the subjects will be observed for any surgical site infections.