Learning to adjust talkativeness could be an important growth opportunity for verbally fluent people with autism.

The new search engine, called PhenCards, can help researchers, clinicians, and genetic counselors make more informed clinical decisions.

CHOP researchers have identified RNA editing events that influence gene expression and phenotype, showing that a single nucleotide change can have large downstream effects.

In a new study, CHOP researchers integrate data regarding how the conditions present clinically with data on protein-protein interactions.

As part of a landmark package NASA papers, CHOP researchers have described significant mitochondrial changes due to spaceflight.

Large, national study on COVID-19 in children led by CHOP found 4% of children tested were positive, but there were disparities in positivity rates and disease severity.

Researchers saw a 6% reduction in prescribing antibiotics that were likely unnecessary for pediatric patients when individual audits and communications strategies were put into place.

Researchers plan to create a powerful new resource for fine-grained understanding of human growth and development, with an unprecedented  window into the unique biology of children.

CHOP researchers used automated tools to identify sepsis in NICU babies hours before clinical recognition of the condition.

A CHOP bioinformatics scientist developed software that rapidly identifies information from electronic health records to help diagnose genetic diseases.