Request an Edit
Skip to main content
HOW CAN WE HELP YOU? Call 1-800-TRY-CHOP
Utility Nav
CHOP.EDU
Careers
Ways to Give
Healthcare Professionals
International
Children's Hospital of Philadelphia
Menu
SEARCH
Main navigation
Find People
Our Research
Clinical Trials
About
Innovation
Faculty & Staff Resources
Make a Gift
Results for Mitochondrial Dysfunction
Share:
1 - 7 of
7
Tableside Chat About Mitochondria Leads to Gates Foundation Grant for COVID-19 Research
Published on
Mar 2, 2023
in
Cornerstone Blog
With a grant from the Gates Foundation, CHOP researchers are working to determine the importance of mitochondria DNA variation in COVID-19 severity.
In the News: CureARS, Pigment Production, TBCK
Published on
Oct 14, 2022
in
Cornerstone Blog
Read the latest findings and new grants from Children’s Hospital of Philadelphia researchers.
In the News: Mitochondrial Disease, ALL, Type 2 Diabetes, Sleep Apnea
Published on
Sep 16, 2022
in
Cornerstone Blog
This week’s In the News highlights research on mitochondrial disease, acute lymphoblastic leukemia, type 2 diabetes, and sleep apnea.
CHOP Research Institute Scientific Symposium: Harnessing the Immune Response
Published on
Jun 2, 2022
in
Cornerstone Blog
CHOP and Penn researchers discussed the latest findings about the mechanisms of immunity at the CHOP Research Institute 2022 Scientific Symposium.
Snapshot Science: Could Improved Mitochondrial Function Affect Pediatric Neurodegeneration?
Published on
Oct 21, 2021
in
Cornerstone Blog
Findings support lysosomal acidification strategies for pediatric neurodegenerative disorders with impaired mitochondrial quality control.
Out of This World: CHOP Researchers Help Elucidate Health Effects of Spaceflight
Published on
Nov 25, 2020
in
Cornerstone Blog
Researchers at CHOP collaborated with NASA and other institutions to determine possible mechanisms behind the health effects of spaceflight.
Altered Mitochondria Associated with Increased Autism Risk
Published on
Aug 23, 2017
in
Press Releases
CHOP Scientist: Ancient Mitochondrial DNA Genetic Patterns May Play Role in this Neurodevelopmental Condition