Inborn Errors of Metabolism | CHOP Research Institute
 

Inborn Errors of Metabolism

Published on
May 15, 2025
The landmark study paves the way for researchers to customize the technology and treat other individual patients with genetic diseases caused by ultra-rare “N-of-1” variants.
Published on
May 13, 2025
Scientists, staff, and students from CHOP and the University of Pennsylvania community celebrated the next generation of pediatric researchers and the continuation of collaborative scientific discovery at the Poster Day and Scientific Symposium.
Published on
Jan 15, 2025
Researchers are creating a platform to help fast-track personalized gene-editing therapies for patients with urea cycle disorders.

Providing cutting-edge molecular therapies for patients with inborn errors of metabolism in a first of its kind, word-class clinic.

Dr. Edmondson is an attending physician with the Metabolic Disease Program and the Division of Human Genetics at CHOP, and an assistant professor of Pediatrics in the Perelman School of Medicine at the University of Pennsylvania. His research focuses on the study of glycosylation in the brain.

E-mail:
edmondsona [at] chop.edu
Published on
May 10, 2021
Meet our featured Faculty Spotlight scientist for May, Rebecca Ahrens-Nicklas, MD, PhD, assistant professor of Pediatrics at CHOP.

This is an intergrated study of patients with congenital glycosylation disorder.

Dr. Krivitzky's research focuses on cognitive, behavioral, and social outcomes in pediatric stroke and related vascular conditions. She also has an interest in studying outcomes in children and adults with inborn errors of metabolism.

E-mail:
krivitzkyl [at] chop.edu

Dr. Master works to understand the biochemical pathways related to inborn errors of metabolism, particularly as they relate to mitochondrial function. He also focuses on bioinformatics and machine learning solutions to problems in mass spectrometry and laboratory medicine.

E-mail:
masters [at] chop.edu

The Ahrens-Nicklas lab combines translational studies in patients with molecular, biochemical, and electrophysiologic studies working with animal models to develop novel therapies for rare inherited pediatric disorders.