Galbraith, Matthew D PHD
University of Colorado Denver
University of Colorado Denver
Espinosa, Joaquin MGalbraith, Matthew DHead, ElizabethRachubinski, Angela Lynn
People with Down syndrome display increased risk of developing diverse co-occurring conditions, but the mechanisms driving this unique clinical profile are yet to be defined. This project will develop a biobanking research infrastructure that could support a wide range of investigations by a multidisciplinary team of researchers through the collection of diverse biospecimens using harmonized protocols. These activities will greatly accelerate the pace of discoveries benefiting persons with Down syndrome.
Espinosa, Joaquin MGalbraith, Matthew DSullivan, Kelly D
Down syndrome (DS), the genetic condition caused by triplication of chromosome 21 (T21), is the most common chromosomal abnormality and a leading cause of intellectual and developmental disability. Although it is accepted that T21 causes genome-wide dysregulation of gene expression programs, little is known about how T21 affects gene expression across different tissues and organs, and how these effects contribute to the developmental and clinical hallmarks of DS. To address this knowledge gap, this proposal aims to generate a comprehensive atlas of tissue-specific gene expression changes caused by T21, matched to detailed metrics of organ development and architecture.