One more gene between us and bird flu

We’re always in favor of stopping a massive viral pandemic, or at least knowing more about what might make one Read more

Antibody diversity mutations come from a vast genetic library

The antibody-honing process of somatic hypermutation is not Read more

Emory Microbiome Research Center inaugural symposium

Interest in bacteria and other creatures living on and inside us keeps climbing. On August 15 and 16, scientists from a wide array of disciplines will gather for the Emory Microbiome Research Center inaugural Read more

Department of Ophthalmology

Mitochondrial blindness — Newman’s Emory story

Neuro-ophthalmologist Nancy Newman’s 2017 Dean’s Distinguished Faculty Lecture and Award were unexpectedly timely. Her talk on Tuesday was a tour of her career and mitochondrial disorders affecting vision, culminating in a description of gene therapy clinical trials for the treatment of Leber’s hereditary optic neuropathy.

The sponsor of those studies, Gensight Biologics, recently presented preliminary data on a previous study of their gene therapy at the American Academy of Neurology meeting in April. Two larger trials (REVERSE and RESCUE) are ongoing.

Despite all the progress, there are still several puzzles connected with mitochondrial diseases affecting vision and particularly Leber’s, the first human disease linked to mitochondrial DNA mutations by Douglas Wallace at Emory in the 1980s.

Newman called Leber’s an “ideal laboratory” for studying mitochondrial diseases of vision, because deterioration of vision in Leber’s tends to happen to one eye first, presenting a window of opportunity to deliver treatment to the other eye. Read more

Posted on by Quinn Eastman in Neuro Leave a comment