View clinical trials related to Catheter-Related Infections.
Filter by:Recently, it was reported that when vancomycin levels are determined after port sampling, levels can be falsely increased potentially leading to wrong dose adjustments. The investigators conducted an in vitro experiment using several central venous port devices, in which different flushing techniques were evaluated yielding residual vancomycin levels of less than 0.5 mg/L. In this study, the investigators want to evaluate this flushing technique in vivo in 15 patients admitted with catheter-related infection and treated with systemic vancomycin and vancomycin antibiotic lock. The purpose is to assess if correct flushing can avoid spurious vancomycin levels obtained via port sampling.
This prospective, randomized, controlled trial will compare the incidence of nosocomial infections (composite of primary bloodstream infections, catheter-associated urinary tract infections, ventilator-associated pneumonia, and surgical site infections) that occur in intensive care unit (ICU) patients bathed with 2% chlorhexidine solution versus patients who receive standard bathing (soap and water or non-medicated cloths).
Catheter related infection is the third cause of nosocomial infection in ICUs. Most of them are avoidable and can be prevent by improving aseptic practices during catheter insertion and maintenance. Indeed, the main route of catheter contamination for short-term catheters is the insertion site. Consequently, the quality of skin disinfection is the most effective preventive measure to reduce the incidence of these infections. This aim of the present study is to compare four strategies of skin disinfection to determine whether a 2% alcoholic solution of chlorhexidine acts better than 5% alcoholic povidone iodine in reducing catheter infection and to assess whether a detersion phase prior to disinfection reduces catheter colonization as compared with no detersion.
The antibiotic lock technique (ALT) is used as local treatment for Catheter-Related Bacteremia (CRB). It consists in the administration of a concentrated antimicrobial solution with a calculated volume to fill the lumen of the catheter. The lock solution is indwelled within the catheter for a defined period of hours or days before been removed. Currently, the Infectious Diseases Society of America (IDSA) Guidelines for treatment and management of CRB, recommends to change the antibiotic solution every 24 hours. The investigators expect to determine the stability of the concentration of vancomycin, teicoplanin, linezolid, daptomycin and tigecycline used in lock solutions, and thus to assay the optimal timeframe that the concentration of antibiotic used in lock solution keeps its in vivo antimicrobial activity. Study Hypothesis: An antibiotic lock solution maintains in vivo concentration and antimicrobial activity for at least 10 days after its infusion inside a subcutaneous port catheter.
The investigators assessed if use of AgION-impregnated umbilical catheters can decrease the occurrence of catheter-related bloodstream infections (CRBSI) in preterm infants.
Major interest in our investigation is to find out whether distinct fixation techniques influence catheter dislocation and/ or incidence of local inflammation. A systematic comparison of two different fixation techniques with regard to catheter location, analgetic potential and signs of local inflammation will be conducted. To ensure identical patients groups allocation will be strictly randomized. Furthermore, both patient groups will receive identical pain medication via the peridural catheter in situ. All catheter tips will be screened microbiologically after removal.
Currently in Canada, either 4% sodium citrate or heparin 1,000-10,000 U/ml solutions are "locked" into hemodialysis catheters between dialysis sessions to prevent thrombosis. The use of an ethanol/sodium citrate locking solution may have advantages over either of these agents alone. The investigators hypothesize that the 30 % ethanol/4% sodium citrate catheter locking solution is safe and effective in the prevention of catheter-related infections and thrombosis.
Appropriate delivery of adequate nutrition and medications in premature infants often requires central venous access in the form of a special IV called a PICC (peripherally inserted central catheter). While a necessary feature of neonatal intensive care, PICCs pose significant risk: among the most serious of these is infection. One common, successful infection control practice used in older children and adults involves the use of a lock, in which a fluid-filled syringe is attached to the end of an IV when it is not in use in order to prevent and/or treat clotting or infection. The solution is left for some period of time and is then either withdrawn from the line or flushed into the patient. The solution could be saline, antibiotics, other antiseptics, or any combination of these. However in the premature infant, use of antibiotics as a locking compound risks leaving behind organisms resistant to treatment; antiseptics can irritate vessels and cause breakage to sensitive premature skin; saline has neither sterilization nor anti-infective properties. By contrast, ethanol neutralizes or kills most bacteria, viruses, and fungi without the risk of resistance, and because it is not externally applied there is no risk to baby skin. Ethanol-based lock protocols have been used safely and effectively in both adult and pediatric populations without adverse effects, but this has not been tested in premature babies because fluids and medication are delivered continuously: placement of a lock traditionally requires an extended pause (hours or days) in fluid and medication administration. To overcome these key limitations, a periodic, brief ethanol lock protocol was designed such that both infant exposure and interruptions to fluid and medication delivery would be minimized. The lock is practical, cheap, easy to place, and takes advantage of an existing daily pause during which IV tubing and fluids hooked up to the PICC are changed. The objective of this study is to test the hypothesis that use of a 70% ethanol lock, every 3rd day, for 15 minutes, will safely and effectively reduce PICC infection in our unit.
The purpose of this study is to compare urinary tract infection rates among women undergoing urogynecological procedures with a silver-alloy suprapubic catheter compared to the standard suprapubic catheter.
This study is designed to determine if the use of 70% ethanol lock solution in central lines decreases the rate of central line infections in children with short bowel syndrome. While ethanol locks have been used safely in children, there has been no published research to date that clearly shows it is of definite benefit in this group of patients.