FHIR to CAPACITY
Retrieves and converts patient records from a FHIR endpoint and uploads it to a CAPACITY registry.
Statistical analyses and machine learning models: Insights about the relation between...
Diagnostic information and data on the occurrence of cardiovascular complications in COVID-19 patients is rapidly growing but is distributed over different clinical locations. In order to provide the most accurate insights about the relation between cardiovascular history and related complications in COVID-19 patients, statistical analyses and machine learning models need to be kept up to date in real time. This will not be possible by continuously collecting data manually from different locations. The FAIR Data for Capacity project will build FAIR data stations and automatic data extraction pipelines for defined sets of clinical data as part of a distributed learning infrastructure. This will provide insight in the incidence of cardiovascular complications in patients with COVID-19, and the vulnerability and clinical course of COVID-19 in patients with an underlying cardiovascular disease.
Research Team: Dr. Andre Dekker (Maastricht University, Personal Health Train – PHT), Dr. Rick van Nuland (Lygature, HealthRI), Prof. Folkert Asselbergs (UMC Utrecht, Dutch Cardiovascular Alliance – DCVA), Dr. Mira Staphorst (Hartstichting, DCVA)eScience Research Engineers: Dr. Lars Ridder, Djura Smits, MSc
Self tracking for prevention and diagnosis of heart disease
Assessing the suspicion and severity of COVID-19 in a CT scan
Understanding Dutch public sentiment during the COVID-19 outbreak period by analyzing real-time...
Real Time National Policy Adjustment and Evaluation on the Basis of a Computational Model for COVID19
Retrieves and converts patient records from a FHIR endpoint and uploads it to a CAPACITY registry.