MDA leads the search for treatments and therapies for oculopharyngeal muscular dystrophy (OPMD). The Association also provides comprehensive supports and expert clinical care for those living with OPMD.
In this section, you’ll find up-to-date information about oculopharyngeal muscular dystrophy, as well as many helpful resources. This information has been compiled with input from researchers, physicians and people affected by the disease.
Researchers at the Psychology of Disability Lab at the University of Michigan in Ann Arbor are exploring the social identity of people with disabilities through a short, anonymous, Web-based questionnaire.
A study to determine the early features of late-onset Pompe disease (acid maltase deficiency) is seeking 250 adults who have a clinical diagnosis of unclassified limb-girdle muscular dystrophy (LGMD), an uncertain diagnosis of other forms of muscular dystrophy (MD),or an unclassified myopathy(muscle disease)who do not carry any biochemical, metabolic, enzymatic, serologic (blood), molecular or pathologic diagnostic marker that confirms their diagnosis.
Scientists in the United Kingdom have found that mice carrying a genetic mutation that causes oculpharyngeal muscular dystrophy (OPMD) in humans and showing a disease resembling human OPMD benefited from treatment with a chemical called cystamine, provided in their drinking water.
About the new findings
David Rubinsztein and colleagues at the University of Cambridge announced their findings June 2, 2010, in Science Translational Medicine.
New findings strongly suggest that oculopharyngeal muscular dystrophy (OPMD) can't be explained solely on the basis of the formation of potentially toxic protein clumps in muscle cells. The loss of function of a protein known as PABPN1 appears to be a likely factor in this disease as well.
The findings may lead to new therapeutic strategies.
Scientists in the United States and Japan have identified a three-protein cluster that reseals damaged muscle-fiber membranes. The findings, published June 5, 2009, in the Journal of Biological Chemistry, could have implications for development of treatments for muscular dystrophies.
In experiments in mice, Michael Rudnicki, an MDA grantee at the Sprott Center for Stem Cell Research at Ottawa Hospital Research Institute (OHRI), and colleagues, found the WNT7a protein stimulates muscle repair by causing proliferation (an increase in number) of "satellite stem cells." They say the protein probably operates similarly in humans. The findings were published June 5, 2009, in the journal Cell Stem Cell.
A new gene therapy approach to "silencing" disease-causing genetic information has been developed by researchers at Rutgers University in Piscataway, N.J., and Integrated DNA Technologies in Coralville, Ia.