Dr. Sarnow's laboratory has been been studying the mechanism by which a liver-specific microRNA, miR-122, regulates the amplification of the hepatitis C virus (HCV) genome in cultured cells.

Dr. Julia Salzman's lab is primarily a computational data science laboratory focused on studying RNA biology with a secondary focus on validation and novel experimental design to enable statistical analysis of RNA expression.

Dr. Santiago's research focuses on the study of microscale transport phenomena including electrokinetic flow, electrohydrodynamic instabilities, and general convective-diffusion-electromigration processes.

Dr. Sage's research program focuses on the mechanisms that control the proliferation of mammalian cells under normal and pathological conditions (regeneration, cancer), with a particular emphasis on stem cells and gene regulatory networks.

Dr. Saberi research interests include algorithms, approximation algorithms, and algorithmic aspects of games, markets, and networks.

Dr. Rutt is presently interested in developing and using in-vivo ultra-high field (e.g. 7 Tesla) Magnetic Resonance techniques to study important human diseases.

Dr. Sabatti's laboratory current studies are in the statistical models and reasoning are key to their understanding of the genetic basis of human traits.

Dr. Rubin's research interest is imaging informatics - ways computers can work with images to leverage their rich information content and to help physicians use images to guide personalized care.

Dr. Roth's clinical focus is in pediatric cardiology and pediatric cardiac intensive care.

Dr. Rosenthal is primarily interested in improving clinical care for children with heart failure and heart transplantation.