View clinical trials related to Antibiotic Prophylaxis.
Filter by:Breast cancer is the most frequent malignancy in the female population Brazilian, except non-melanoma skin tumors. Surgery plays an important role in regional spot disease control and the definition of parameters for the adjuvant treatment indication. Surgical site infections (SSI) are defined as wound infections occur following invasive procedures, corresponding to 14-16% of all infections nosocomial in hospitalized patients, the most common among patients surgical. SSIs should be examined as potential wound contamination surgical, understood as the number of micro-organisms in the body and / or tissue being operated. Considering this aspect, the cancer surgery breast are classified by their potential for contamination by clean. The use of antibiotics to prevent the SSI in mastectomies is not standardized in Handbook of National Health Surveillance Agency due to the effectiveness of undocumented prophylaxis Thus the use of antibiotics may vary among services. So this randomized clinical trial to evaluate the influence of the use of Prophylactic antibiotics in SSI rates in oncological breast surgery.
The study focuses on the antibiotic prophylaxis use in adult heart transplantation in France.
There is clinical equipoise about the question of whether antibiotic prophylaxis should be given for a short period or an extended period of time as reflected by inconsistencies in major guidelines, current practices at Canadian centers, and as concluded in the three systematic reviews. There also is clinical equipoise on whether the addition of vancomycin to routine cefazolin prophylaxis can further reduce s-SSI rates. A short duration of combined antimicrobial prophylaxis can reduce side effects of exposure to antimicrobials such as infections with C. difficile or emergence of resistance, but may also reduce the incidence of s-SSIs. The objective of the eventual full scale study is to determine whether adding vancomycin to cefazolin can reduce SSIs as well as whether short-term prophylaxis is as effective as long-term prophylaxis. The rationale to conduct the proposed pilot study is to assess the feasibility to conduct this factorial cluster randomized cross-over trial, the adherence to the study protocol at each pilot site, the length of time to fill out the case report forms, and to get reliable estimates of event rates for sample size calculation for the main study
Patients undergoing Cesarean delivery (C-Section) with a body mass index of 30 or less will be given either 2 grams or 4 grams of an antibiotic before surgery. The antibiotic is intended to prevent infection from the surgery. It is unknown what the best dose for the usual medicine used for this purpose (an antibiotic medicine called cefazolin). Samples of the tissue just under the skin will be biopsied at the time the incision is made and at the time the cut is stitched or stapled closed. A sample of the muscle of the womb will be taken as the womb is stitched closed after the delivery. Blood tests will be done at the start and end of surgery to test the antibiotic level. A blood sample will be taken from the umbilical cord after the baby has been delivered and the umbilical cord has been cut. The umbilical cord blood sample will be tested for the antibiotic level. These tests will be used to find out if the usual dose of medicine is enough or if more medicine is needed to prevent infection in normal weight women undergoing c-sections.
The purpose of this study is to evaluate if post-operative antibiotic prophylaxis decrease infectious complications when compared to pre-operative antibiotics alone, in patients undergoing elective thoracic surgery requiring tube thoracostomy (chest tube).