News

Continuous BDNF Supply by Stem Cells May Have Therapeutic Potential

Stem cells engineered to produce a constant level of a downstream target of the MECP2 protein, called brain-derived neurotrophic factor (BDNF), increased the development of new neurons and prevented body weight loss in a mouse model of Rett syndrome. The study with that finding, “Brain-Derived Neurotrophic Factor Secreting…

Unusually High Number of Mitochondrial DNA Seen in Patients

The copy number of mitochondrial DNA (mtDNA) is increased significantly in patients with Rett syndrome, possibly indicating mitochondrial dysfunction, a study reported. Researchers suggest that this increase in the copy number of mtDNA is an attempt to compensate for decreased energy availability. Mitochondria are the producers of energy within…

RARE-X, Global Genes to Help Collect Rare Disease Patient Data

In their continued efforts to improve health equity for people with rare diseases, Global Genes and RARE-X have joined forces to help advocacy groups collect patient data and make the most of that information. “Patient data is perhaps the most valuable asset rare disease communities can leverage to…

Global Genes, Diversity Coalition Team Up to Advance Health Equity

Global Genes has partnered with the Rare Disease Diversity Coalition (RDDC) to advance health equity for rare disease patients and caregivers in underrepresented communities of color. “For rare disease patients, there are many challenges — and for people of color with a rare disease, these challenges are compounded…

Communication Interventions May Help Rett Patients Better Interact

A comprehensive communication intervention package improved the expressive communication and/or visual attention of three women with Rett syndrome, a small study shows. These findings suggest that the intervention — which combined aided language modeling (ALM), responsive partner strategies, and a gaze-controlled device — may be beneficial for this patient population.