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Feb 12, 2012
Researchers at McMaster University have discovered a brief 10-minute massage helps reduce inflammation in muscle.
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Feb 1, 2012
Stem cell researcher has become the first Australian to win microscopic image competition.
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Jan 15, 2012
Recent discoveries provide us with a clearer understanding of how the genetics of FSHD translate into disease.
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Dec 28, 2011
DUX4 Activates Germline Genes, Retroelements, and Immune Mediators: Implications for Facioscapulohumeral Dystrophy.
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Nov 28, 2011
Degeneration of muscles in FHSD is associated with fatty replacement on magnetic resonance imaging.
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Nov 27, 2011
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Nov 20, 2011
The gene thought to cause FSHD, Double Homeobox Protein 4 (DUX4), is unusual because it is encoded within each unit (D4Z4) of large arrays present on chromosomes 4 and 10.
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Nov 11, 2011
The main findings describe pervasive inflammation and heterogeneity of affected calf muscles in FSHD.
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Oct 31, 2011
Test selected compounds for their efficacy in preventing damage caused by DUX4 expression.
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Oct 19, 2011
An update by Barbara D Page on the work done for the first of a 2-year project titled "Using model organisms to identify new therapies and understand the pathogenesis of FSHD."
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Sep 6, 2011
The Miller Lab has made exciting progress in the development of a platform for screening genes and compounds with activities that affect FSHD-specific pathogenic processes.
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Sep 6, 2011
A major goal of the Seattle FSHD research consortium has been to develop platforms for drug discovery.
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Aug 9, 2011
Summary of paper in Molecular Therapy from Joel R. Chamberlain and Davide Gabellini
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Oct 29, 2010
An international research consortium shows that FSHD muscle nuclei are poised for expression of the toxic DUX4 protein.
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Oct 21, 2010
University of Rochester published interview with Dr. Rabi Tawil.
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Sep 20, 2010
An international research collaboration that includes research groups funded by the Friends of FSH Research has made a critical advance in determining the cause of FSHD.
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Sep 20, 2010
An international collaboration identifies a region of DNA necessary for FSHD and focuses attention on DUX4 as the cause of muscle deterioration.
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Sep 16, 2010
This brought together the various labs which have been collaborating in an effort to push ahead on FSH research through an open exchange of unpublished research.
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Jul 25, 2010
Clinical study participants needed.
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Jul 15, 2010
Researchers at the Stanford University School of Medicine have developed a technique they believe will help scientists overcome a major hurdle to the use of adult stem cells for treating muscular dystrophy and other muscle-wasting disorders that accompany aging or disease: They've found that growing muscle stem cells on a specially developed synthetic matrix that mimics the elasticity of real muscle allows them to maintain their self-renewing properties.