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CMTA-STAR Genetic Therapy Research Projects

Developing an MFN1-Targeted ASO Therapy for CMT2A

CMTA is funding researchers at La Jolla Labs, working with John Svaren, PhD, to develop an ASO treatment that increases MFN1 expression as a potential way to compensate for the damaging effects of MFN2 mutations that cause CMT2A.

CMTA Invests $110,500 in Novel ASO Medicine for CMT2A

The Charcot-Marie-Tooth Association announced a $110,500 investment partnering with La Jolla Labs to develop an antisense oligonucleotide medicine targeting CMT2A, the most common axonal form of CMT, using a novel approach to increase MFN1 expression.

CMTA Leading the Way in CMT1A

CMTA is leading a coordinated CMT1A research strategy that connects disease models, drug development, biomarkers, delivery science, and clinical infrastructure to accelerate new treatments.

CMTA-STAR Delivery Science: Four Approaches for CMT

CMTA is funding four research projects targeting a fundamental barrier to CMT treatment: getting therapies past the biological defenses protecting peripheral nerves. The $523,000 CMTA-STAR investment supports complementary delivery approaches, including gene editing, RNA medicine, and nanoparticles, across multiple CMT subtypes.