About
Research
The Stites Lab is broadly interested in the use of systems approaches to understand disease.
Overview
The Stites lab is an interdisciplinary laboratory that combines traditional experimental biology with mathematics, computation, and data science for the purpose of developing deep and clinically actionable understandings of disease and its treatment. One half of the lab focuses on the RAS signaling network. This network plays a critical role in many diseases, including cancer, and also plays critical roles in physiological and developmental signaling. The lab utilizes its expertise in mathematical modeling of the RAS network to formulate new hypotheses that we test experimentally within the laboratory. Current research topics involve disease biology and pharmacology, systems biology and synthetic biology. The other half of the lab focuses on emerging areas of computational biology and data science. This includes methods and applications for mathematical modeling, reducing various forms of bias in genomic, biologic, and medical data, and mechanism informed machine learning.
Medical Research Interests
Academic Achievements & Community Involvement
Clinical Care
Overview
Edward Stites, MD, PhD, is a laboratory medicine specialist who applies both experimental and computational methods to diagnose and study diseases, with a particular focus on cancer.
Dr. Stites investigates how certain proteins, known as RAS proteins, help control cell growth and may contribute to tumor development. As an associate professor of laboratory medicine at Yale School of Medicine, he explores mathematical approaches to better understand disease processes.
He completed his medical training from the University of Virginia and pursued residency in pathology at Washington University School of Medicine.