Active clinical trials for "Osteomyelitis"

This is a study to evaluate the efficacy of Ceftaroline in the treatment of bone and joint infections.

For more than fifty years, vancomycin has been cited as a nephrotoxic agent. Reports of vancomycin induced kidney injury (a.k.a vancomycin induced nephrotoxicity or VIN), have waxed and waned throughout the years for various reasons. Recently, VIN has reemerged as a clinical concern. This may be due to various reasons, including new dosing recommendations as well as an increased prevalence of risk factors associated with vancomycin induced nephrotoxicity. This study aims to evaluate a strategy which attempts to reduce kidney damage from vancomycin use.

This is an Observational Device Registry Study of CERAMENT|G in normal use in accordance with the IFU. It will run for a period of three years from enrolment of the first patient into the Study at each Site, before being subject to review. A Device Registry is a form of observational study that concerns the performance of a device in normal use. It is intended to collect data that is reflective of 'real world' device performance.

Osteomyelitis is a frequent complication of diabetic foot ulcer. Several therapeutic strategies are used : medical treatment with antibiotics and foot offloading or surgical treatment consisting in the resection of infected bone and a shorter antibiotic course. The medical treatment risk is a longer healing time and a risk of bone infection relapse. The surgical treatment risk is the ulcer relapse because of the modification of the foot structure. These treatments need to be compared in terms of benefit/risk ratio. Our hypothesis is : 1) in the medical treatment group a 7 month mean healing time of and a 15% osteomyelitis recurrence rate;2) in the medical-surgical treatment group a 4 month mean healing time and a 10% osteomyelitis recurrence rate.

Aim of the study is to assess feasibility and safety of a public territorial radiology service for home hospitalized frail elderly patients whose health conditions discourage the transportation to hospital.

The goal of this study is to figure out the best doses for two antibiotics (called cefadroxil and cephalexin) when they are used to treat bone, joint, or muscle infections in children. In order to do this, the study will collect data about children admitted to Children's Hospital Colorado who have these types of infections. During the study, these patients will receive doses by mouth of each of these antibiotics, in addition to an IV antibiotic (given through a vein) used to treat their infection. After the dose of the first antibiotic, blood samples will be drawn every few hours to measure how much of the drug is still in their body, until it is all gone. After the first antibiotic is out of the patient's body, the same will be done for the second antibiotic. Measurements, in the lab, of how much of these antibiotics are needed to kill the most common bacteria causing these infections, which is a type of "Staph" bacteria called "MSSA", will be taken. Finally, the blood levels of the antibiotics and the information from the lab tests about the Staph bacteria will be used to calculate how much and how often of the antibiotic should be given to children with bone, joint, or muscle infections. Currently, these types of infections are treated with an antibiotic that children have to take four times every day. The goal of this study is to find an antibiotic that children can take only two or three times per day.

Hypothesis:Surgical treatment of osteomyelitis in diabetic foot is more effective that medical treatment through antibiotherapy and leads wound healing in ulcers complicated with bone infection.Material and Methods: Randomized clinical trials which include two groups of patients (n=88), one receives medical treatment through antibiotherapy during 90 days and the other group receive conservative surgical treatment and antibiotics during 7 days after surgery. It will be studied differences between both groups in healing time, recidives, present and relationship of adverse events and outflow of quality of life related health .

The optimal treatment of uncomplicated native vertebral osteomyelitis (NVO) is unknown. While some authors recommend surgical treatment (consisting of spinal debridement, decompression and instrumentation using hardware implantation of hardware), others recommend conservative treatment (with antimicrobial therapy alone). In the proposed randomized controlled multicentric trial, we plan to compare the outcome of conservative vs, surgical treatment of NVO regarding (i) infection outcome (i.e. infection-free proportion of subjects), (ii) functional outcome (pain intensity, spine scores, general mobility, quality of life evaluation), and (iii) socioeconomic impact (direct and indirect costs due to NVO). A total of 350 subjects will be screened, 300 subjects will be randomized 1:1 into 2 arms: experimental (surgical treatment) and control (conservative treatment). Subjects in both groups will receive pathogen-directed antimicrobial therapy for 6 weeks. Excluded will be patients with acute neurologic impairment, extensive bone destruction, epidural/intraspinal abscess and with spinal hardware. The clinical impact of this study is enormous since it will generate evidence for rational treatment guidelines. We hypothesize that the conservative treatment of uncomplicated NVO is non-inferior to surgical therapy regarding infection outcome. If the conservative treatment of NVO demonstrate non-inferiority, patients may benefit from avoiding unnecessary surgical intervention.

This clinical trial studies the clinical effectiveness of S53P4 bioactive glass (BAG) as a bacterial growth inhibiting bone graft substitute in a one-stage or two-stage surgical procedure for treatment of chronic long bone osteomyelitis.

The surgical management of long bone infections is often challenging. Adequate surgical debridement decreases the bacterial load, removes dead tissues, and gives a chance for the host immune system and antibiotics to arrest infection. Adequate debridement may leave a large bony defect. An appropriate management of the dead space is essential to arrest the disease, and for maintenance of the bone's integrity. The current strategy includes the use of antibiotic-loaded bone cement that can be used to sterilize and temporarily maintain the dead space. The cement are usually removed after 2 to 4 weeks and replaced with a cancellous graft harvested from the hip of the patient. CERAMENT™| G is a CE-marked resorbable ceramic bone graft substitute composed by calcium sulfate and calcium hydroxyapatite, intended to fill gaps and voids in the skeleton system and to promote bone healing. The antibiotic gentamicin is included in the ceramic to prevent colonization of gentamicin-sensible microorganisms in order to protect bone healing. The aim of this study is to investigate the device absorption and bone in-growth of CERAMENT™| G in a surgically revised bone infection. In addition, bone healing and infection non-recurrence will be evaluated during 12 months of follow-up. The investigators expect a treatment success of >90 % and that a similar bone healing will be obtained as with a standard two-stage surgical procedure. In addition, the investigators believe that the use of CERAMENT™| G will be of advantage for the patient as bone healing will be achieved with a one-stage surgical procedure (in combination with antibiotic therapy), instead of a two-stage procedure, thus decreasing potential surgery-related complications.