Our Research Laboratories
Beker Laboratory
Studying neurodevelopmental disorders and how they affect human interaction with the environment.
Bevacqua Laboratory
Improving human pancreatic beta cell mass function through diabetes research.
Bieker Laboratory
Identifying novel erythroid-specific genes for hemoglobin disorder research.
Breen Laboratory
Uncovering mechanisms of autism and related neurodevelopmental disorders.
Bond Laboratory
Using advanced cellular and molecular techniques to investigate neural stem cell function.
Brown Laboratory
Advancing microRNA biotechnology for autoimmune disease regulation.
Bunyavanich Laboratory
Investigating genomic and environmental factors in asthma and allergic diseases.
Buxbaum Laboratory
Studying psychiatric and neurological diseases through multidisciplinary approaches.
Chu Laboratory
Exploring sugar metabolism and cell proliferation in zebrafish models.
Cunningham-Rundles Laboratory
Investigating immune cell function in primary immunodeficiency diseases.
De Rubeis Laboratory
Examining developmental defects from mutations in autism and intellectual disability.
Gelb Laboratory
Researching Noonan and related syndromes through genomics.
Harony-Nicolas Laboratory
Examining social behavior deficits and oxytocin system in autism spectrum disorder.
Hubmacher Laboratory
Investigating the role of the extracellular matrix in the formation and function of musculoskeletal tissues.
Itan Laboratory
Studying human disease genomics with the goal of expanding precision medicine.
Krauss Laboratory
Analyzing pattern formation and cell differentiation in development and regeneration.
Kontorovich Laboratory
Researching genetic traits that modulate risk and evolution of cardiovascular diseases.
Lafaille Laboratory
Examining the immunological basis of allergic diseases.
Mahjani Laboratory
Discovering the developmental mechanisms of childhood neuropsychiatric disorders.
Morishita Laboratory
Investigating perceptual and cognitive development.
Panagiotakos Laboratory
Building a rigorous mechanistic understanding of mammalian brain development.
Pinto Laboratory
Exploring the foundations of autism, intellectual disability, and epilepsy.
Rendl Laboratory
Investigating dermal papilla cells as instructive niche for hair follicle stem cells.
Rommel Laboratory
Illuminating the relationship between parental factors and long-term developmental outcomes.
Scott Laboratory
Studying metabolic regulation of gene expression to develop diabetes therapies.
Sturgeon Laboratory
Researching hematopoietic development to build novel cell-based therapeutics.
Turro Laboratory
Statistical genomics with a dual focus on rare diseases and blood-related traits.
Wagenblast Laboratory
Identifying the genetic vulnerabilities of leukemia through functional genomics.
