Active clinical trials for "Autoimmune Diseases"

The supplementation of hydrogen molecules as an aid, adjuvant, may speed up recovering the course of the disease. The purpose of this study is to determine the safety and possible efficacy of hydrogen supplements in different formula and dose exposures for a clinical study in rheumatologic patients. Patients will receive a different dosage of either hydrogen capsules, hydrogen gas or hydrogen-rich water with their conventional treatment for a month. Investigators will test for any changes in haematologic, urine analysis and health status during and following the exposure period.

The aim of the study is to compare the enzymatic activity of HATs and HDACs in peripheral blood mononuclear cell (PBMC) of patients with a clinically isolated syndrome (CIS group) and healthy controls (control group).

Multiple sclerosis (MS) is a chronic, inflammatory disease of the central nervous system. Lack of physical activity is common in people with MS (pwMS). This can lead to several comorbid conditions such as obesity, metabolic syndrome, osteoporosis, hypertension, diabetes and worse prognosis. An increasing number of studies suggest that physical exercise can play an important role in managing symptoms, preventing complications and comorbidities in pwMS, and may possibly be neuroprotective. However, doing exercise can be very challenging for pwMS who have moderate/severe mobility disability and who have problems with walking. In this project, the investigators will explore the use of a powered Exoskeleton as an exercise tool for people with moderate to severe difficulty walking due to MS. Powered Exoskeletons are wearable robots that offer opportunity to persons with lower limb weakness to stand and walk. The Exoskeleton-assisted training provides active training with potentially much less intervention needed from therapists. However, it is not clear whether pwMS can walk with a powered Exoskeleton at speeds and intensities sufficient to positively affect health and fitness outcomes. Thus, in this study, the investigators aim to explore whether using an Exoskeleton will enable people with MS to exercise at a moderate intensity and whether people with MS find this acceptable and safe to do on a regular basis. The investigators will also explore whether training with an Exoskeleton can improve walking. The investigators will train 12 patients with MS to walk with an Exoskeleton twice a week for 8 weeks. The investigators will compare the effects with another group of 12 patients who will do exercises with a fitness instructor twice a week for 8 weeks. The investigators will study whether walking with Exoskeleton is better than fitness training in terms of fitness outcomes, walking and cognitive, psychological factors.

Initially investigators will find LncRNA which to be able to affect Notch2 signaling pathway; then confirm the relationship between Notch2 and LncRNA, and analysis the regulation mode of LncRNA to Notch2 signaling pathway, and to observe the correlation between LncRNA and thymoma complicated with autoimmune diseases.

Connective tissue diseases (CTD) or systemic autoimmune diseases (SADs) as they are known today are a group of chronic inflammatory conditions with autoimmune aetiology with few treatment options and difficult diagnosis.Brest team contribute to perform a new classification of the following systemic autoimmune diseases in a European Union's Seventh Framework Programme. The aim of this research is to constitute a Healthy Volunteers cohort to compare with systemic autoimmune diseases cohort into molecular clusters instead of clinical entities through the determination of molecular profiles using several "Omics" techniques.

To determine if artificial intelligence allow to detect lymphocyte subpopulations specific of diseases (such as primary Sjogren' syndrome and systemic lupus erythematosus) among patients with suspicion of autoimmune diseases.

Chronic erosive gingivitis is a syndrome (CEGS) that combines severe gingival inflammation and gingival erosion. The term "desquamative gingivitis" is often used in the literature to define chronic erosive gingivitis. However, this definition is inappropriate because the pathophysiological process at the origin of this gingival disease does not induce a desquamation but rather a loss of gingival substance, namely erosion, concerned wholly or in part of the gingival epithelium. In most clinical situations, chronic erosive gingivitis is an oral manifestation of a general disease with immune dysfunction. The most frequently described diseases are gingival lichen and autoimmune bullous diseases (AIBD). In 2018, as part of a monocentric study, we were the first to detail an original papillary gingival biopsy protocol, non-iatrogenic, perfectly suited to the anatomopathological examinations necessary for the diagnosis of AIBD gingival expression. The CEGS early detection by odontologists avoid delayed diagnosis and allows patients to be referred to the closest AIBD reference center. Hypothesis/Objective A bicentric study was conducted, to evaluate the clinical relevance of this protocol, including the differential diagnosis of the CEGS. Research was supplemented by carrying out a systematic review of the literature to compare the contributive capacity diagnostic of the papillary biopsy technique with other gingival sample methods (attached gingival tissue, mucosa). Method A retrospective bicentric observational study was conducted from October 2011 to July 2019, in two departments of oral medicine of two public hospitals in Paris (University Hospital - Bretonneau in Paris and Henri Mondor in Créteil; France). These two departments are specialized in the diagnosis and management of oral pathology; that of the Henri Mondor hospital is an AIBD reference center. The literature review was developed in accordance with PRISMA recommendations. It was conducted on Pubmed - MEDLINE and Cochrane Oral Health Group and included all existing publications from 1935 until August 2019. A manual search of publications from the unpublished literature was also conducted.

In the plasma of any pregnant patient circulates DNA (also called circulating free DNA). The vast majority of this circulating free DNA is of maternal origin and about 10% is of fetal origin (fetal circulating free DNA). This percentage of fetal circulating free DNA (corresponding to the fetal fraction) increases with gestation. The pathophysiological hypothesis of this research is that there is a change in the fetal fraction (FF) of fetal circulating free DNA in patients with autoimmune disease (AID). The underlying mechanism would be a massive release of maternal cfDNA responsible for a dilution of fetal cfDNA. This dilution of fetal cfDNA would result in a decrease in the estimate of the foetal fraction of circulating free DNA. However, when the foetal fraction of circulating free DNA is insufficient (4% most often), screening for Trisomy 21 (T21) by fetal circulating free DNA becomes uninterpretable (NC for "non-contributory" result), and cannot be used to assess the risk of T21. In this case, the dose of fetal circulating free DNA can be performed again after 15 days, as the amount of fetal circulating free DNA increases with gestation. In a small number of cases the result will remain NC. As tests using DNA are becoming more widespread, it is important to prospectively evaluate the results of these tests in the population of patients with AID, which represents about 3 to 5% of pregnant women.

Patients followed in Internal Medicine bring together favorable conditions for the use of alternative medicines. While some are recognized for their benefits, some can, on the contrary, harm the patient. It is therefore proposed to make a complete descriptive inventory of these practices, through an anonymized questionnaire. The main objective is the evaluation of the proportion of the use of alternative medicines in patients with in the department of Internal Medicine A

The tolerance of immune checkpoint inhibitors is unknown in patients with pre-existing autoimmune conditions. This retrospective nation-wide study will assess their tolerance in patients with pre-existing autoimmune conditions who received immune checkpoint inhibitors for an advanced cancer in clinical practice.