Tag Archive: Gabriella Miller Kids First Data Resource Center

Oct 9 2019

New Study Explores In-Home Sleep Apnea Evaluation for Children With Down Syndrome

By Barbara Drosey

Obstructive sleep apnea affects a disproportionate number of children with Down syndrome – 40 to 50 percent – compared to the 3 to 5 percent of their typically developing peers who are affected. Obstructive sleep apnea occurs more frequently during REM sleep, a sleep stage during which the body is completely relaxed, allowing the upper airways to become partially or completely blocked. Children with Down syndrome have midfacial hypoplasia, enlarged tongues, and baseline low muscle tone, all of which make them more prone to obstructive sleep apnea. These repeated obstructions in breathing can cause oxygen deprivation, carbon dioxide retention, and repeated awakenings that prevent children from getting a good night’s sleep.

Read the rest of this entry >>

Sep 21 2018

In the News: Brain Cancer Gene Therapy, 2019 Eagles Autism Challenge, Mitochondrial DNA in Cardiomyopathy, Kids First DRC, Device Symposium

Fall weather and football season have returned to us here at Children’s Hospital of Philadelphia Research Institute, bringing with them a fresh batch of research headlines. In this edition of our biweekly news roundup, catch up on the latest announcements for the second annual Eagles Autism Challenge, learn about new insights into the role mitochondrial DNA plays in heart disease progression, and stay updated on how CHOP helps to drive medical innovation and entrepreneurship forward in the Philadelphia community and beyond.

Read the rest of this entry >>

Aug 31 2018

CHOP Leads Big Data Collaboration to Uncover Pathways Between Cancer and Birth Defects

When most of us think about cancer, a number of factors — from smoking, to sun exposure, to specific organs where a disorder develops — might jump to mind. But for Adam Resnick, PhD, co-founder of the Center for Data Driven Discovery and Biomedicine (D3B) at CHOP, in order to unravel the inextricable link between childhood cancer and other rare conditions, we must visualize pediatric cancer as a process.

As a single-cell zygote proliferates into a 37 trillion-cell being, something happens in the course of its development — a dysfunction, a deviance, a DNA-driven decision — that underpins not just the development of life-changing birth defects, but a potential vulnerability to childhood cancer as well.

Read the rest of this entry >>