View clinical trials related to Crohns Disease.
Filter by:The PLANET Study aims to determine the impact of microplastics on intestinal inflammation and gut microbiome in order to understand the role of this pollutant on the risk of developing inflammatory bowel disease (IBD) as well as other diseases. With this information, the researchers hope to characterize better the role of environmental pollutants on IBD and develop novel strategies towards prevention.
This study will assess the safety, tolerability, immunogenicity, and pharmacokinetics (PK), and explore the pharmacodynamics (PD) following single ascending dose administration and repeat dose administration in healthy subjects and patients with Crohn's disease.
The IBD South Limburg (IBDSL) project was initially designed as a prospective population based cohort study. Since 1991, all new IBD cases have been enrolled in the cohort and prospectively followed. As from 2011, the cohort is being scaled up into a population based biobank and focus expanded from epidemiology towards exploring underlying biologic mechanisms and identifying markers to predict disease course or therapy response. Every adult IBD patient, diagnosed in and permanently residing in South Limburg (The Netherlands), is eligible to participate. The population based nature was reached via a multi-faceted approach; incident cases were prospectively identified through the participating hospitals, and missed patients were retrospectively identified using the nationwide histopathology registry. In 2011, over 3500 patients were included, which represents 93% of the IBD population in South Limburg. The cohort includes baseline data, such as IBD phenotype, extent, location, behaviour, extra intestinal manifestations, medication, surgery, comorbidity and demographics. Data has prospectively been updated through chart review (clinical data), questionnaires (i.e. quality of life) and linkage to the authority database (vital state, residence). The biobank includes serum, plasma, DNA, faeces, biopsies and exhaled air. We welcome new collaborations. Applications for collaboration are first to be approved by our IBD-SL committee.
phase 2 study. Target disease: Crohn's disease. Rational and relevance to IBD patients: Copaxone is known for its high safety profile and for acting as an effective immunomodulatory agent for the treatment of MS. . In experimental models of IBD, a beneficial effect of Copaxone was demonstrated where significant amelioration of macroscopic colonic damage, preservation of the microscopic colonic structure, reduced weight loss, and improved long-term survival in treated compared with untreated mice was demonstrated. In addition, Copaxone suppressed the proliferation of local mesenteric lymphocytes to syngeneic colon extract, significantly reduced the overall secretion of TNF-α and induced the secretion of transforming growth factor (TGF)-β. The ability of Copaxone to effectively modulate the clinical manifestations and the detrimental immune response involved in experimental colitis, together with its high safety profile support its potential effect as a new treatment for CD. Patients: patients with moderately active Crohn's disease as indicated by a CDAI 220 - 450, whose diagnosis was done more than 3 months before enrollment. Study objectives: to test the efficacy and safety of Copaxone in CD patients. Study design: This will be a single center, randomized, double blind placebo controlled phase 2 study. Subjects will be assessed for study eligibility 1 to 2 weeks prior to baseline Eligible patients will be enrolled into the study after signing an informed consent form and allocated in a 1.5:1 ratio to receive either Copaxone or placebo. A total of 50 patients will be recruited. Subcutaneous injections (Copaxone or Placebo) will be administered daily through week 12. Patient assessment of safety and efficacy will be made at weeks 0,4,8,12 and 16. At week 12 non-responders would be offered an open label arm with daily Copaxone 20mg for the next 12 weeks