Our research focuses on developing and applying translational and biomedical informatics approaches to harness the digital universe of information toward solving critical challenges in precision medicine and enabling a learning healthcare system.
The homepage highlights three major areas of work, spanning immune systems, therapeutic discovery, and more precise disease definition.
Our lab is developing multiscale network-based approaches to better model and investigate the function and dynamics of immune function across cells, tissues, and broader physiology as well as immune response to environmental stimulus and drug therapies.
Our lab is developing and applying integrative computational approaches to discover novel therapeutics and to identify opportunities to repurpose or reposition drugs to address unmet clinical needs.
Our lab is developing data-driven approaches to redefine human disease and individual health more precisely by combining clinical and molecular data from millions of individuals.
Our research focuses on the development and use of translational and biomedical informatics approaches to address critical challenges in systems medicine and biomedical informatics.
We are interested in identifying and developing novel therapeutic and diagnostic approaches for human disease through integration and analysis of molecular and clinical data, and also perform research to develop and evaluate methods to incorporate genomic sequencing data into clinical practice.
The Dudley Lab is a member of the Institute for Genomics and Multiscale Biology and Department of Genetics and Genomic Sciences at Mount Sinai School of Medicine.
Joel Dudley, PhD
Department of Genetics and Genomic Sciences
This file is structured as one standalone HTML document, so it can be saved directly as index.html.