Active clinical trials for "Drug-Related Side Effects and Adverse Reactions"

Access to antiretroviral therapy (ART) in low-income and middle-income countries has been scaled-up effectively over recent years. Recently, the World Health Organization (WHO) guidelines changed to recommend the use of Dolutegravir (DTG) combined with two nucleoside reverse transcriptase inhibitors (NRTIs), tenofovir and lamivudine, for first-line ART; however, there is still a need for further data on the outcomes of DTG-based regimens for people with HIV-1. This study aims to describe the outcomes of drug-naïve and experienced patients starting a dolutegravir (DTG)-based regimen in a large cohort of HIV - infected patients in Brazil and compare to outcomes obtained from a retrospective control group of subjects who initiated non-DTG-based ART.

Repeat exposures to culprit medications are a common cause of preventable adverse drug events. Health information technologies have the potential to reduce repeat adverse drug events by improving information continuity. However, they rarely interoperate to ensure providers can view adverse drug events documented in other systems. The investigators designed ActionADE to enable rapid documentation of adverse drug events, and communication of standardized information across health sectors by integrating ActionADE with legacy systems. The investigators will leverage ActionADE's implementation to conduct a randomized trial on patients diagnosed with adverse drug reactions in the main trial. This study will take place in Vancouver, British Columbia, Canada.

Repeat non-adherence to medications is a common cause of preventable adverse drug events. Health information technologies have the potential to improve information continuity. However, they rarely interoperate to ensure providers can view non-adherence information documented in other systems. The investigators designed ActionADE to enable rapid documentation of adverse drug events, including non-adherence, and communicate the information across health sectors by integrating ActionADE with legacy systems. The investigators will leverage ActionADE's implementation to conduct a randomized trial on patients diagnosed with an adverse events due to non-adherence. This study will take place in Vancouver, British Columbia, Canada.

This retrospective study aims to perform a medication risk stratification using drug claims data and to simulate the impact of the addition of various repurposed drugs on the Medication Risk Score (MRS) in a health insurance population. Our clinical tool would enable us to identify potential multi-drug interactions and potentially reduce the risk of adverse drug events (ADE) developing in these patients infected with COVID-19.

The purpose of Opt Vanc is to evaluate the feasibility of Bayesian dose adaptation, based on a previously-developed population pharmacokinetic (PK) model and a single optimally timed PK sample, to predict vancomycin area under the curve (AUC) in critically ill children.

To assess the ability of common genetic variants in aggregate to predict drug-induced QT prolongation in patients being loaded with dofetilide or sotalol.

Patients with suspected GHB poisoning presenting to Oslo Accident and Emergency Outpatient Clinic (Oslo Legevakt) or a hospital in Oslo (Oslo University Hospital Ullevål, Diakonhjemmet, Lovisenberg) will be included. Oral fluid and blood tests will be analyzed for recreational drugs. Clinical course will be charted, as well as treatment in the ambulance, emergency outpatient clinic and hospital to find predictors for when hospitalization is required. In the second part of the study the investigators will analyze urine and blood samples from patients presenting to the Oslo Accident and Emergency Outpatient Clinic (Oslo Legevakt) with suspected substance poisoning induced by others, for toxic agents.

The research is planned as a prospective nested case-control study. The plan is to recruit about 1,200 consecutive subjects whose pharmacotherapy involves the drug(s) of interest within 4.5 years. The basic cohort - the subjects with the newly indicated indication for use: NOAC; platelet aggregation inhibitors from the P2Y12 receptor antagonist group; and HMG-CoA reductase inhibitors (statins); as monotherapy or without restriction with respect to any other concomitant pharmacotherapy. The ADRs will be analysed by CR by: age, gender, expectancy, severity, association, type (mechanism of event), and outcome, according to the classification of organ systems as well as association with the phenotype. Criteria for bleeding associated with the use of anticoagulant and antiplatelet therapy have been defined; as well as the myotoxicity and hepatotoxicity associated with statin therapy. Samples will be tested for biochemical, haematological, coagulation standard parameters and pharmacogenetic analyses of relevant genes depending on the used therapy. Pharmacogenetic analysis will be performed to genotype the polymorphisms of relevant pharmacogenes: Biological samples and clinical data will be anonymized plus all records of ADRs and other clinical variables will be protected. Possible drug-drug and drug-drug-gene interactions will be evaluated using the Clinical Decision Support System (CDSS) of Lexicomp, PharmGKB, the Flockhart Table, and other systems including panel consensus methods to determine the likelihood of an ADR being associated with drug interactions, and determine whether drug interactions contributed to the occurrence of ADRs to administered CV pharmacotherapy in subjects with variant pharmacogenes of interest (drug-drug-gene interaction). The overall project objective is to determine which pharmacogenes variants, together with clinical parameters, can be used as predictors of CV drug ADRs and are good candidates for inclusion in the clinical diagnostic panel for pre-emptive PGx testing.

There is a drug-related death crisis in Scotland. This study aims to collaborate with Public Health Scotland in order to assess the feasibility of introducing a surveillance system to the Emergency Department to highlight illicit drug-related attendances. This will utilise both clinical data and toxiclogical analysis of anonymised samples. The data will inform of prevalence, trend data and utcome of ED patients attending with acute illict drug toxicity.

Intro: Dermatology department of Henri Mondor Hospital (Creteil, France), is a reference center for toxic bullous diseases and severe cutaneous drug reactions (Stevens-Johnson syndrome (SJS), Lyell syndrome (toxic epidermal necrolysis (TEN)), generalized bullous fixed drug reactions, AGEP, DRESS, drug induced immunoglobulin A (IgA) bullous dermatosis, and erythema multiforme). In order to conduct clinical and biological research studies in drug reactions, it is necessary for the investigator's department to implement a collection of clinical data and biological samples. Hypothesis/Objective: To collect clinical data and cutaneous and biological samples for immunological, biological and genetic studies to improve knowledge about pathophysiology of drug reactions. Method: The following samples will be performed in addition to the routine practice samples: one skin punch biopsy (6mm); 43 mL of blood; blister fluid aspiration; oral and nose mucous membrane and skin eSWABs, stool samples. These samples will be stored in a dedicated biological sampling department ("Platform of biological resources"). Conclusion: The implementation of this collection should allow us to conduct pathophysiological studies about drug reactions.