News

#IARC2017 – Newly Potent Small Molecules Help Frataxin to Build Up in Cells, FA Study Finds

A new set of small molecules specifically targeting the ubiquitin degradation system inside cells was found to effectively increase frataxin protein levels in several cell types taken from Friedreich’s ataxia (FA) patients, and merits further investigation. The study reporting these findings, “Highly specific ubiquitin-competing molecules promote frataxin accumulation in Friedreich ataxia iPSC-derived neuronal…

#IARC2017 (Exclusive Interview) – MOXIe Trial Could Lead to First FA Treatment, Colin Meyer of Reata Says

Dr. Colin Meyer, the chief medical officer and vice president of Reata Pharmaceuticals, spoke Friday in a taped interview with reporter Patricia Inacio about omaveloxolone, an oral therapy in line to possibly become the first FDA-approved treatment for Friedreich’s ataxia. A Phase 2 clinical trial, called MOXIe (NCT02255435), is moving into a second and…

#IARC2017 – Listening Device Helps SCA Patients Hear and Communicate Better in Small Study

Patients with different types of spinocerebellar ataxias showed significant improvement in their ability to hear and perceive complex sounds — essential to participating in everyday conversations — when wearing a wireless listening device, a small study showed. The data was presented at IARC 2017 by Kay Uus with the University of Manchester on…

#IARC2017 – Exercise Stress Tests Can Be Valid Part of FA Studies if Adaptive Equipment Used

Clinical trials to assess changes in the motor skills of Friedreich’s ataxia patients can and should include physical tests — specifically, the so-called exercise stress test performed on adaptive equipment, a new study reports. The study was presented by Kimberly Lin of The Children’s Hospital of Philadelphia and the Perelman School of Medicine…

#IARC2017 – Possible FA Biomarkers Seen in Early Sensory Damage Linked to Mutation’s Degree

Problems in the somatosensory (sensory nervous) and auditory systems of patients with Friedreich’s ataxia are potential biomarkers of early sensory damage, according to a small study. The research, “Cortical responses and change detection to auditory and somatosensory stimuli in Friedreich ataxia,” was presented at IARC 2017  by Gilles Naeije of the Service…