The study from researchers at Johns Hopkins and Kaiser Permanente offers improved understanding of how genetics and environment contribute to autism risk.... Read More
Researchers
Related Projects
Contagion Airborne Transmission inequality
A mathematical model to estimate the risk of airborne transmission of COVID-19, inspired by the Drake equation
Emergency Medicine COVID-19 Modeling and Data Analytics
Data-driven tools and modeling to support Emergency Department (ED) physician disposition decision-making for PUI/COVID patients.
Face Mask Simulations
Using physics based modeling and simulations of aerodynamics and fluid-structure interaction to characterize the performance of commonly used face masks.
Medical Concept Linking
Goals of the project: Associate a text mention with a medical concept in an ontology Creates structured concept tags from medical text...
Predicting Covid-19 Severity with Clustering Techniques
Detecting clusters of people with similar comorbidities and demographic characteristics that may have similar symptoms of Covid-19, and predicting COVID-19 severity in each cluster.
Prediction of Adverse Events in Cardiac Surgery
The Cardiac Surgery Division at the Johns Hopkins Hospital is a highly complex organization that involves multi-disciplinary services and care teams. The Cardiac Surgery team is routinely monitoring their quality of care, forming and testing hypotheses as to which parts of the care system need to be more efficient. This...
Surveilling the Impact of COVID-19 on Mental Health in the General Population
A multidisciplinary project (psychiatry, computer science, and business) to capture data on mental health and economic impacts of the pandemic.
Related News
A conversation with Johns C. Malone Associate Professor of Computer Science Suchi Saria, who is on a mission to augment human care with the latest in AI and machine learning technology.... Read More
An innovation led by Malone researcher Yanxun Xu could accelerate research into how HIV affects memory and thinking.... Read More
Using a novel, comprehensive methodology, a team led by John C. Malone Assistant Professor of Civil and Systems Engineering Kimia Ghobadi analyzed mortality-influencing factors to inform future pandemic public health strategies.... Read More




