News & Stories

See the latest news about CMT drug development and read stories from the CMT community that highlight why we must deliver treatments and cures during our lifetime.

CMT Research Foundation Awards $152,524 to ORYZON to test novel HDAC6 inhibitors in CMT1A

Jul 26, 2022 | CMTRF Funded Research, Research News

New project will examine impact of two selective and potent drug candidates recently discovered by ORYZON The CMT Research Foundation is delighted to announce a new project with ORYZON, a clinical stage pharmaceutical company based in Spain. Histone deacetylase (HDAC)...

ORYZON collaborates with the CMT Research Foundation in the US

Jul 26, 2022 | CMTRF Funded Research, Press Releases, Research News

CMTRF to provide funding for in vivo efficacy tests of Oryzon’s HDAC6 inhibitors in Charcot-Marie-Tooth preclinical model MADRID, SPAIN and Atlanta, July 26, 2022 Oryzon Genomics, S.A. (ISIN Code: ES0167733015, ORY), a clinical-stage biopharmaceutical company...

The CMT Research Foundation Invests Over $500,000 to Find a Single Gene Therapy for Possibly Every Form of CMT1B

Jul 18, 2022 | CMT Research Updates, CMTRF Funded Research, Research News

CMT1B is one of the most common forms of CMT. In CMT1B, the part of the nervous system that is dysfunctional is the myelin sheath of the peripheral nerves. Created by cells called Schwann cells, myelin wraps around the parts of the nerves that facilitate rapid...

CMT Research Foundation Awards Grant to Nationwide Children’s Hospital’s Dr. Afrooz Rashnonejad to Develop Gene Therapy to Cure or Alleviate CMT1B

Jul 18, 2022 | Press Releases

ATLANTA (July 18, 2022) The CMT Research Foundation (CMTRF), a non-profit focused solely on delivering treatments and cures for Charcot-Marie-Tooth disease*, has awarded a grant of over $500,000 to find a single gene therapy for every form of CMT1B. The award was made...

Christopher Austin to Keynote CMT Research Foundation’s 2022 Global CMT Research Convention

Jul 12, 2022 | Press Releases

Christopher Austin, Founding Director of the National Center for Advancing Translational Sciences, to Keynote CMT Research Foundation’s 2022 Global CMT Research Convention ATLANTA (July 12, 2022) Christopher Austin, M.D., CEO of Vesalius Therapeutics, CEO-Partner of...

Project Testing PIKfyve Inhibitor in CMT4B1 Clears First Hurdles

Jul 11, 2022 | About CMT, CMT Research Updates, CMTRF Funded Research, Research News

CMTRF is happy to report that a CMTRF-funded project designed to test a PIKfyve inhibitor in CMT4B1, a particularly devastating form of the disease, has passed the first stage and is moving on to the next stage, a preclinical trial in CMT4B1 model mice. Before the...

CMT Research Foundation emerging as a leader at BIO International Convention

Jun 29, 2022 | CMT Research Updates

The CMT Research Foundation meets with more than 30 companies at BIO and is recognized as a leader in patient driven research.

A New Trial for CMT – When Science Moves Quickly

May 18, 2022 | Drug Development, News

By Keith Fargo, Ph.D., Chief Scientific Officer, CMT Research Foundation The pace of science can seem excruciatingly slow. It can take many years, or even decades, for new ideas to result in clinical trials. Every so often, though, the stars align and a new...

Legacy – an Anthem for Patients with CMT

May 13, 2022 | Life with CMT, News

Recording-artist/songwriter/producer Dina Fanai AKA AVALONA, released Legacy today across all platforms Legacy was written as an anthem for patients with Charcot-Marie-Tooth disease (CMT), one of the world’s most common inherited neurological diseases. CMT causes...

Shift Pharmaceuticals Completes CMT Research Foundation-Funded Project, Will Continue Development of Gene Therapy for CMT1A

May 4, 2022 | CMT Research Updates, CMTRF Funded Research, News, Press Releases, Research News

The CMT Research Foundation is pleased to announce that Shift Pharmaceuticals (Shift) has successfully completed their CMT Research Foundation-funded RNA-based therapy project. Shift created and tested a library of novel molecules designed to reduce the expression of...