View clinical trials related to Drug Hypersensitivity.
Filter by:The COBIOPHAD project targets the development of a highly sensitive, selective, and multiplexed diagnostic device to provide a quick and inexpensive in vitro test to address the most prevalent drug hypersensitivity to betalactams antibiotics, (BLCs). During a retrospective study, BLC structures involved in drug hypersensitivity will be identified from sera of allergic patients (versus controls) and coupled on the device. A prospective study will be performed for the recruitment of samples corresponding to patients with known IgE hypersensitivity to BLCs based on results from allergy tests and clinical history. Controls will include: non-allergic individuals with known tolerance to betalactams. The samples will be used for the validation of the COBIOPHAD device in real settings.
Drug provocation tests (DPT) are widely in case of suspicion of drug hypersensitivity (and in the absence of contraindications), but there are no standardized protocols and most groups use hypothesis (clinically-driven) protocols. investigators used 20 year experience in drug hypersensitivity to analyse retrospectively 171 patients (accounting for 182 positive DPT to beta-lactams). Using survival analysis, they identified optimal doses to include in a data-driven protocol. This data-driven protocol will be applied to new prospective patients, to test its safety and benefits (gain in time, hospital and patient benefits).
A recent study has shown that certain drug allergies were actually related to an immune system against certain viruses. The aim of the study is to evaluate, in patients taking antiepileptic drugs, if this treatment induces proliferation of these viruses and secondarily an immune response that would promote the development of a rash. In particular, will be studied whether these drugs can induce virus reactivation "dormant" in the immune system. This study will not affect the usual follow-up proposed by investigators, with the exception of some additional blood samples.
This research study is evaluating a drug called omalizumab (brand name 'Xolair') as a potential treatment to be used in conjunction with drug desensitization to prevent reactions from recurring and allowing the participant to be treated with the chemotherapy the participant's oncologist prefers to give.
The aim of this study is (1) to assess the incidence of suspected drug allergies in a pediatric hospital and the proportion in which these reactions are confirmed to be allergic; (2) to evaluate the diagnostic values of the different allergy tests available; (3) to investigate the pathophysiology of drug allergies, particularly by investigating the role of viruses, and by performing HLA typing and a gene expression profile both in the acute phase of the reaction and 2 months later.
Quality of life of patients with a history of drug allergy in Thailand will be studied.
Severe skin adverse drug reactions can result in death. Toxic epidermal necrolysis (TEN) has the highest mortality (30-35%); Stevens-Johnson syndrome and transitional forms correspond to the same syndrome, but with less extensive skin detachment and a lower mortality (5-15%). Hypersensitivity syndrome, sometimes called Drug Reaction with Eosinophilia and Systemic Symptoms (DRESS), has a mortality rate evaluated at about 10%. The aims of this project are (1) to compare the effect of treatment between systemic steroid and anti-TNF-α. Including skin healing time, beginning of re-epithelialization time, internal organ recovery time, mortality rate, adverse events and (2) to investigate the molecular mechanism of severe cutaneous adverse reaction after anti-TNF-α treatment.
The primary objective of the study is to evaluate the equivalency of the skin test reactivity to penicilloate prepared by our new method of penicilloate preparation versus our old method of penicilloate preparation. The secondary objective of the study is to evaluate the significance of the different diastereoisomers of penicilloate on skin test reactivity.
The purpose of this study is to compare the effects of two marked ocular anti-allergy medications in cat sensitive subjects with allergic conjunctivitis.
Efficacy and tolerance of Tegeline® treatment in hypersensitivity syndrome. Immunological study of the T cell index phenotype and functionality in hypersensitivity syndrome.