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.
Tag Archive: Mitochondria
It was a big year for children’s health: We celebrated the U.S. Food and Drug Administration’s approval of the world’s first chimeric antigen receptor (CAR)-T cell therapy this September, followed closely by approval of the very first gene therapy to treat inherited blindness this month — both of which have their roots at Children’s Hospital of Philadelphia and the University of Pennsylvania. But besides the big headline-making breakthroughs (brilliant as they are), we wanted to know what other stories captivated our readers in 2017.
Patients and families dealing with the rare, debilitating disease Friedreich’s Ataxia showed their true strength at the 10th Annual Friedreich’s Ataxia Symposium held in King of Prussia, Pa. The FA community is a steadfast supporter of research, and they have been gathering for a decade to spend a day with each other building friendships and learning the most up-to-date information on the therapeutic approaches and scientific studies being conducted in the field of FA.
September marks National Childhood Cancer Awareness Month, and this year at Children’s Hospital of Philadelphia, we kick-started the commemorative period on the heels of exciting news about breakthroughs in pediatric cancer immunotherapy research. Oncology investigators at CHOP also got a big boost in research funding from Hyundai’s nonprofit organization, Hope on Wheels. And that’s only the beginning: Since September marks the return of the football season, we’re thrilled to share the latest headlines on how the National Football League (NFL) is helping to drive concussion research.
Differences in mitochondrial function are a major factor in understanding the origins of autism spectrum disorders (ASD), according to a new study led by Douglas Wallace, PhD, director of the Center for Mitochondrial and Epigenomic Medicine at Children’s Hospital of Philadelphia, that points way back to genetic vulnerabilities accumulated during ancient human migrations.
Fitness tools that monitor your daily use of energy, from counting steps to tracking sleep, have exploded in popularity. Researchers are developing better noninvasive, high-resolution methods to estimate how well the fundamental source of that energy — your mitochondria — are working, and they have recently had some important successes.
Buckle your seatbelts because this has been a busy week for research news at Children’s Hospital of Philadelphia.
A self-proclaimed “geeky student” in high school, Stewart Anderson, MD, a research psychiatrist, always dreamed of being a scientist. He wandered through various fields — anthropology, archeology, geology, astronomy – before becoming fascinated with learning about the brain.
New research suggests that the tiny structures inside our cells that generate energy, called mitochondria, may play a role in our mind-body interactions and how we respond to stressful environments.
Mitochondria are not only the power plants of our cells; these tiny structures also play a central role in our physiology. Furthermore, by enabling flexible physiological responses to new environments, mitochondria have helped humans and other mammals to adapt and evolve throughout the history of life on earth.