Active clinical trials for "Catheter-Related Infections"

Peripheral intravenous cannulas (PIVCs) are utilized in large scale in modern health care. Known complications due to a PIVC are phlebitis, thrombosis, bleeding, nerve damage and infection. PIVC-related infection causes morbidity, mortality and increased healthcare costs. PIVC-related infections can and should be prevented. Indwell time is a known risk factor for PIVC-related infection. Another factor potentially influencing the risk of developing PIVC-related infection is what type of PIVC that is being used. Roughly there are two types of PIVCs. One with an open injection valve and another with a closed injection valve. The former being far more used in our hospital and the latter being suggested as lowering the risk of PIVC-related infection compared to the open one. The investigators aim with this study is to evaluate the incidence of PIVC-colonization in 300 patients at our 500-bed secondary level hospital in Sweden, as a first step in trying to understand what healthcare-providers can improve regarding prevention of PIVC-related infections.

The main objective of this retrospective cohort is to evaluate the impact of the first epidemic wave during lockdown on bacteremia epidemiology in one French University Hospital.

Background: Urinary tract infections (UTIs) are a common and costly cause of doctor visits for children. Frequent UTIs trigger kidney damage that leads to serious diseases like high blood pressure, pregnancy complications, and kidney failure. Treating UTIs with preventative antibiotics has not shown improvement of the risk of these diseases, and contributes to the growing public health issue of antibiotic resistant bacteria. Bacteria that cause UTIs originate from the bowel. In an effort to reduce the number of UTIs, investigators want to exchange the bacteria living in our bowels for a more harmless variety. Hypothesis and specific aims: Investigators hypothesize a probiotic comprised of a probiotic bacteria will change the bowel bacteria, thereby reducing the numbers of infection-causing bacteria, thus reducing frequency of UTIs in healthy patients with recurrent UTIs and those patients with urinary tract problems that require use of catheters to empty their bladders. Aim 1: Investigators plan to challenge infection-causing bacteria like Pseudomonas species, Enterococcus species, and Klebsiella species to live in the same environment with the probiotic bacteria to see how the numbers of each bacteria change. Aim 2: Investigators will culture bacteria that live on urinary catheters and then challenge them to live in the same environment as the probiotic bacteria. Potential Impact: This novel treatment prevents UTIs by exchanging a patient's bowel bacteria for a harmless bacteria and reduces the use of antibiotics overall in the community.

The purpose of this study is to compare the use of chlorhexidine-gel-impregnated dressing and the transparent polyurethane film dressing as coverage of the site of insertion of central venous catheter, in the evaluation of catheter colonization in critically ill adults patients.

Observational study on the reduction of catheter-related Infections by use of self-disinfecting venous and arterial access caps (Curos caps ;3M, Saint Paul, MN, USA)

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.

The purpose of this Registry is to compare shunt/catheter-related infection rates among various shunt systems when used according to hospital standard of care to treat hydrocephalus.

Intravenous catheters are placed in nearly every hospitalized patient. These catheters, since they are breaks in skin integrity, are potential sources of infection that occur in the bloodstream. Bloodstream infections can result in higher rates of death and lengths of hospital stay, as well as increase healthcare costs. Blood is drawn or medications delivered through a catheter access device attached to the catheter. In looking at new ways to decrease infections associated with healthcare, the investigators plan to test whether the use of a silver-coated catheter access device (VLINK) compared to the standard, non-coated device (CLEARLINK) can reduce infection rates. These devices are identical in design other than the silver coating of the VLINK, that imparts a brown color to the device. Silver can prevent the growth of bacteria inside the device (biofilm formation) in the laboratory, but this has never been proven in patients. The investigators propose to do a crossover study in two Emory-owned hospitals (Emory University Hospital and Emory University Hospital at Midtown), anticipated to last 10 months. Currently, both types of devices, (standard and silver-coated) are FDA approved for clinical use and are in use at both hospitals. The investigators plan to have each hospital use only one type of catheter access device for a period of time (approximately 5 months), and then switch ("crossover") to other type of device for the rest of the study. All patients admitted to either hospital (excluding newborns and patients with infections attributed to hemodialysis catheters) will be enrolled since both devices meet the standard of care. During the study, the infection prevention department, as a continuing part of their regular duties will measure infection rates. A small subset of catheters that are removed during routine clinical care (none will be taken out solely for the study) will be sent to CDC to determine the amount of bacteria inside catheters and catheter access devices (look for biofilm). Finally, the microbiology lab, again as part of its routine function will determine the rate at which blood cultures are falsely positive. All of these measures will be compared using statistical methods to see if there is a difference between the standard and silver-coated catheter access devices. In undertaking this study, the investigators will be using a type of vascular access device (valve, not positive pressure) already in use in both hospitals and not changing the delivery of care to patients while, in a rigorous, systematic manner, obtaining samples and data for analysis.

This is a pilot study which aims to show the temperatures measured on body surface with an infrared thermometer on inpatients who need a central venous catheter (CVC) for medical care. Because the local temperature could be altered, at least during local infectious processes, seems to be reasonable to think that this approach could be helpful to its early diagnosis.

Demonstrate and compare the 3D morphology of the bladder wall in full and drained states with 2 different kinds of bladder catheters in place. (Foley Catheter vs. Cystosure Catheter)