For more than two decades, mutations in a gene located in the DNA of mitochondria have been classified as a mitochondrial disease and linked to a particular set of symptoms. However, according to new findings from researchers at Children's Hospital of Philadelphia (CHOP), mutations in this gene, which encodes an essential part of the mitochondrial motor known as ATP synthase that generates cellular energy, are much more variable than previously thought.
Nick Pautler, a biomedical engineering student at the University of Delaware, can tell you how a lot of things work - from the microbial science behind baking sourdough bread, to the intricacy of model railroads, to the way that an army of re-engineered T-cells worked hard to fight the cancer cells in his body this past year.
It was weekend of firsts on many fronts, as physicians, genetic counselors, nurses, researchers, and families gathered July 21–23 at Children’s Hospital of Philadelphia Research Institute for the inaugural Deciphering Beckwith-Wiedemann syndrome (BWS) conference. BWS is a rare overgrowth disorder involving genetic and epigenetic changes that occur approximately every one in 10,500 births.