“She Led the Life of a Carefree Child With No Limitations” Connor Family Faces Heartbreak After Losing Child to Mitochondrial Disease
source: pixabay.com

“She Led the Life of a Carefree Child With No Limitations” Connor Family Faces Heartbreak After Losing Child to Mitochondrial Disease

According to a story from the Oxford Mail, Stuart and Kira Connor were devastated when their daughter Grace, who was only three years old, suddenly passed away because of mitochondrial…

Continue Reading “She Led the Life of a Carefree Child With No Limitations” Connor Family Faces Heartbreak After Losing Child to Mitochondrial Disease
A Clinical Trial of an Experimental Treatment for Mitochondrial Disease Has Produced Promising Results
Source: Pixabay

A Clinical Trial of an Experimental Treatment for Mitochondrial Disease Has Produced Promising Results

Two organisations, NeuroVive Pharmaceutical AB from Sweden and Yungjin Pharm Corporation based in South Korea, have announced encouraging initial results from a Phase I clinical trial of the experimental medicine…

Continue Reading A Clinical Trial of an Experimental Treatment for Mitochondrial Disease Has Produced Promising Results
Grieving Parents Transform Loss Into Hope for Kids with Rare Diseases
source: pixabay.com

Grieving Parents Transform Loss Into Hope for Kids with Rare Diseases

The heart-breaking story of baby Charlie Gard, who recently died of a rare genetic condition called encephalomyopathic mitochondrial DNA depletion syndrome, touched the lives of families around the world. Although…

Continue Reading Grieving Parents Transform Loss Into Hope for Kids with Rare Diseases
ICYMI: US Scientists Break Ground by Modifying Human Embryos for the First Time
Source: Pixabay

ICYMI: US Scientists Break Ground by Modifying Human Embryos for the First Time

Your hear that? It's the sound of the future knocking on the door! The MIT Technology Review reports about the first-known experiment to edit human embryos in the United States using a…

Continue Reading ICYMI: US Scientists Break Ground by Modifying Human Embryos for the First Time