Active clinical trials for "Urinary Tract Infections"

Well-child care is the primary source of preventative health care for children. These visits provide an opportunity for physicians to assess an infant's biomedical health, development, and behavior, as well as help ensure timely immunizations, reduce the use of acute care services, and assess and family functioning. Yet, disparities in the utilization of pediatric care exist by race, ethnicity and income in the U.S., even despite high rates of overall access to primary care. Incentives have been proposed as one way to increase utilization of preventative care for mothers and children. Diapering is another important form of preventative health care that can be particularly difficult for low-income parents due the cost of diapers, which is $70-80 per child per month, or approximately $960 per year, on average. And government programs, such as Special Supplemental Nutrition Program for Women, Infants, and Children (WIC), Supplemental Nutrition Assistance Program (SNAP), and Temporary Assistance for Needy Families (TANF), either cannot be used to purchase diapers, or do not provide enough assistance to cover the cost of diapers and other basic needs. A family's inability to provide an adequate supply of diapers for their child is called diaper need. Nationwide, one in three families with young children report experiencing diaper need, which was found to be significantly associated with maternal stress and depression, which in turn, can have a detrimental impact on a family's health and economic success. The primary goal of this study is to conduct a randomized controlled trial of a diaper provision intervention designed to increase utilization of, and adherence to, well-child visits and reduce diaper need among low-resourced families in New Haven, CT.

Traditional Chinese Medicine (TCM) could be used to treat Recurrent urinary tract infection (RUTI).

This purpose of this study is to see if expanded urine culture techniques used in the laboratory improve the clinical care of women over standard urine culture techniques.

Urinary Tract Infection (UTI) is the most common hospital acquired infection worldwide, and is most commonly associated with catheterisation of the bladder. Catheter associated urinary tract infection (CAUTI) causes increased hospital costs, increased length of stay and increased mortality. This burden of disease is, in part, mediated by a lack of diagnostic and monitoring modalities for CAUTI. Both traditional and novel UTI diagnostic tests are susceptible to false positives associated with bacterial colonisation, and correlate poorly with clinically meaningful symptomatic CAUTI. As such, the current standard of care is reliant on clinical monitoring, which is susceptible to diagnostic delays, over and under treatment. Imperial College London have developed a wireless biosensor for continuous monitoring of catheter-urine biochemistry. This project aims to validate this biosensor and demonstrate it's potential for preemptive CAUTI diagnosis through continuous urinary biochemical monitoring.

This is a multi-center feasibility study to assess the in vitro function of the CloudCath Device that is being developed to derive clinically-relevant information from the optical characteristics of urine.

This study tests the following hypothesis: Does induced asymptomatic bacteriuria (E. coli 83972) protect against symptomatic urinary tract infections in individuals with bladder emptying dysfunctions and prone to recurrent infection episodes? The study is performed using a double-blind randomized study protocol with a cross-over, with re-inoculations being patient-blinded (phase 1). After patients have fulfilled the cross-over, those who have had bacteriuria or placebo-periods < 12 months will be subjected to additional patient blinded inoculations (phase 2). During the entire study (phase 1+2) the study-team and the patients are unaware of urine culture results.

Urine culture and microscopic urinalysis will be compared between 2 collection methods: PEEZY midstream urine collection, and urethral catheter collection.

Phase 2, randomised, double-blind,double-dummy study in hospitalised adults with complicated urinary tract infection (cUTI), including acute pyelonephritis.Treatment duration for each cohort was 7 to 14 days. Patients were not permitted to switch to oral therapy.

After reconstructive pelvic surgery urinary retention occurs in up to 60% of patients requiring an indwelling catheter or self-catheterization (1-5). Up to 35% of women with acute retention experience urinary tract infections in the postoperative period (6, 7). Many women consider being discharged with a Foley catheter to be a surgical complication and describe catheter use as the worst aspect of their surgery(8). At this time there is no consensus within the field of Female Pelvic Medicine and Reconstructive Surgery (FPMRS) on how to best assess voiding function postoperatively. FPMRS providers both within the United States and around the world utilize a variety of void trial methods and varying criteria to determine adequacy of post-operative voiding efficiency (5). The traditional backfill assisted void trial method involves the assessment of a postvoid residual (PVR) volume obtained either via catheterization or bladder scan (3). Recently, there have been efforts to determine ways to avoid the assessment of a PVR as it is time-consuming and potentially exposes the patient to additional catheterizations (9, 10). Many FPMRS providers utilize the backfill assisted method without assessing a PVR and instead utilize a certain voided volume threshold to determine adequate voiding. However, to date, no one has directly studied this approach or compared the traditional backfill assisted void trial to a PVR-free backfill assisted void trial. By decreasing catheterization and creating a more efficient void trial method, the investigators hope improve patients' postoperative experience and reduce catheterization and risk of urinary tract infection (UTI). This study aims to compare two void trial methodologies in order to help standardize post-operative care in the urogynecology population. This study also has potential to lead to an overall change in our field and improve the postoperative course for women across the country and abroad.

The aim of this study is to determine if the Sharklet catheter, with its unique surface micropattern, reduces infections in participants, when compared to a standard silicone catheter.