Active clinical trials for "Crohn Disease"

To evaluate the safety and efficacy of the NaviAid™ AB in children with known or suspected IBD.

Ulcerative colitis (UC) and Crohn's disease (CD) are chronic relapsing inflammatory bowel diseases (IBD). At the time of diagnosis it is not possible to predict the course of the disease, which can range from a few flares in a lifetime to uncontrollable disease leading to hospitalization, surgery and stoma. There is a continuous need to improve diagnostic and prognostic tools. In chronic inflammation diseases there is an excessive turnover of the extracellular tissue. Tissue is broken down to small fragments and released into the circulation. Changes in the amount of these fragments in the blood may provide information on the damage and quality of the affected tissue and may therefore act as objective measure of disease burden and severity - a so called biomarker. The potential of such biomarkers is evaluated in a combined cross-sectional and longitudinal survey including 300 patients with UC, CD, irritable bowel disease and healthy controls. The patients are followed for up to 1 year. Changes in biomarker are correlated to standard markers of inflammation during active disease and remission. Perspective The use of new biomarkers may offer a tool to evaluate early changes in the gut of patients with IBD, may be a supplement to the diagnosis, serve as markers for effect of treatment and prognosis, and in time be a good alternative to fecal samples or endoscopy.

The investigators will test the hypothesis that that greater efficacy of anti-tumor necrosis factor (antiTNF) therapy results in reduced need for bowel resection surgery, fewer serious infections, and reduced short term mortality risks, and therefore has a more favorable benefit to harm profile than corticosteroids for inflammatory bowel disease.

This study aims to compare the results of colonic surgery performed by single and multiport laparoscopy.

Drug serum concentrations will be measured at several time-points for inflammatory disease patients treated with anti-TNF agents. The purpose is to determine which patients that will clinically benefit from either discontinue treatment, adjusting the dose, switch to another anti-TNF agent or a different class of medication.

Specific Aim: Study the impact of the Crohn's Disease Shared Decision Making Program on patients' treatment choice, persistence with chosen therapy, decision quality, cost of care, and outcomes Hypothesis: The Crohn's Disease Shared Decision Making Program will help patients understand which treatments are right for them and will lead to a higher acceptance of appropriate therapy, improved persistence with chosen therapy, lower costs and improved clinical outcomes. To accomplish this aim, Investigators will perform a randomized controlled trial to: Determine how the shared decision making program influences patients' choice of therapy Evaluate how the shared decision making program affects persistence with chosen therapy Determine how the shared decision making program affects decision quality Determine how the shared decision making program influences cost of care and clinical outcomes Expected Outcome and Impact: Investigators expect that this program will influence patients' choice of therapy, persistence with their preferred therapy, and lead to improved clinical outcomes. Investigators believe that this product can be successfully operationalized in the clinic to establish a new paradigm of how providers can communicate personalized treatment options to patients across a broad range of diseases.

The transition from pediatric to adult IBD care can be stressful and wrought with challenges including access to care and establishment of new physician-patient relationships. There a few studies which characterize patterns of healthcare utilization during this critical period and its impact on outcomes. We hypothesize that uninterrupted healthcare utilization in academic centers and optimized communication with patients during the pediatric-adult transition period is associated with lower hospitalizations and surgery. This hypothesis will be addressed by a randomized clinical trial to determine the impact of monthly regular telephone contact with an IBD Registered Nurse versus standard of care during the pediatric-adult transition period. Outcomes will include healthcare utilization, health-related quality of life, patient satisfaction, and treatment adherence over 12 months of follow-up. Randomization and analyses will be stratified by whether subjects were transferred to adult care in an academic center or in a community practice. We hope that this research will facilitate optimal delivery of healthcare during the pediatric-adult transition.

The structural/RSN study involves Structural and Resting State Neuroimaging. The purpose of Structural Neuroimaging is to use MRI technology to identify cortical and white matter morphometric differences between patients with chronic pain conditions and healthy control subjects. The purpose of the Resting State Neuroimaging study is to use functional MRI to identify possible disease related differences in various resting state networks in the brain. In addition we are looking at the effect gut microbiota on brain function in healthy and IBS participants. The overall goal is to identify structural and functional brain differences in persons with chronic pain conditions such as Irritable Bowel Syndrome (IBS, Cyclical Vomiting Syndrome(CVS) and vestibulodynia/vulvodynia. We are also looking at Inflammatory Bowel Disease(ulcerative colitis and Crohn's disease. We will be comparing differences between these conditions and matched healthy control subjects.

This study will evaluate biomarkers that reflect changes in gut mucosal status during therapy with infliximab and determine whether changes in the levels of the selected biomarkers can be used to predict endoscopically assessed gut mucosal status changes.

The study aims to establish whether defects in immune cell function are shared across multiple autoimmune diseases and whether those problems match to similar genes in the cells.