The Complex Network of Human Disease: Applying Network Theory to Medicine
Recent research has advanced a network-based approach to human disease based on the hypothesis that a disease phenotype is rarely a consequence of an abnormality in a single effector gene product, but reflects various pathobiological processes that interact in a complex network. Networks have been studied in mathematics, computer science, engineering and social sciences for decades, but this application to medicine is very new and brings together researchers in mathematics, computer science, statistics and medicine. This talk will present the basics of networks and an interpretation of some of the results in the area of network medicine.
Dr. Sebastian Cioaba is Associate Professor in the Department of Mathematical Sciences at the University of Delaware. His research is in graph theory and combinatorics.
The Innovative Discoveries Series, sponsored by the Delaware Clinical & Translational Science ACCEL program and the Christiana Care Value Institute, features informal presentations on topics relevant to current research and healthcare practice, led by knowledgeable and experienced presenters. There are offerings for researchers, healthcare providers, and community members of varying levels of experience.
These free talks are held Fridays at noon at Christiana Hospital but can be viewed from your home or office computer. Earn CMEs by participating in-person or online. Lunch is served and all are welcome to attend.
To see the full calendar of events, visit the Value Institute Events page or the ACCEL website, or subscribe to the ID Series mailing list.
Contact Sarahfaye Dolman at sarahfaye.f.dolman@christianacare.org with any questions.