Lurie Family Foundations MEG Imaging Center News & Announcements

The Intellectual and Developmental Disability Research Center brings multidisciplinary researchers together to advance what we know about IDDs.

Through a multimodal big data set, researchers across the nation want to better understand what typical variability in brain development looks like.

Please join us in congratulating the work and accomplishments of our distinguished faculty who have been recently promoted.

Brain imaging at birth may predict autism and other developmental disorders and allow for earlier intervention.

In the News shares new findings on the treatment of COVID-19 complications, driving license suspensions, lymphatic disorders, and more.

Optical coherence tomography could help determine the most effective treatment window for optical pathway gliomas to prevent vision loss.

This consortium will conduct the most extensive neuroimaging study for Freidreich’s ataxia to date.

"Jim Connelly, RRT-NPS, has been the heartbeat of the ECMO program,” Todd Kilbaugh, MD, medical director of ECMO Center said.

A new study by CHOP researchers looks at how specific children with autism process auditory stimuli, which could have important diagnostic potential.

The Eagles Autism Challenge awarded $936,000 to CHOP researchers to support three clinical research projects, each of which seek to clarify the interplay of autism and co-occurring conditions.

A new imaging approach could help visualize how and when the dynamic structural connections in the entire cerebral cortex take shape in early infancy.

Infant brain imaging research aims to help future studies identify differences in brain maturation in children with developmental disabilities.

One person's autism can look very different from the next. Autism is a multifaceted spectrum disorder, so its underlying mechanisms and outward manifestations vary widely, with important implications for optimal treatment strategies.

According to new research, children born with a DNA abnormality on chromosome 16 already linked to neurodevelopmental problems show measurable delays in processing sound and language.