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.
How the CMT Research Foundation Catalyzes Research into CMT
An Interview with RareCast's Danny Levine Part of our mission at CMT Research Foundation is to raise awareness about the progress we are making in finding a cure for CMT in the medical, scientific, pharma and patient communities. So, I was pleased to be interviewed on...
CMT Research Foundation Targets CMT1X in Partnership with University of Illinois Chicago
The CMT Research Foundation is partnering with the University of Illinois Chicago to test a potential therapeutic for CMT1X, the second most common form of CMT, behind only CMT1A in prevalence. CMT is one of the most common inherited neurological disorders, affecting...
CMT Research Foundation partners with Biotechnology Company AcuraStem and CMT Researcher Alessandra Bolino to test new drug in CMT4B1
The CMT Research Foundation is proud to announce our latest project, a partnership between AcuraStem, a patient-based drug discovery platform company, and Dr. Alessandra Bolino, a renowned expert in CMT and the head of the Human Inherited Neuropathies Unit at the...
CMT Research Foundation To Host First Global Research Convention
Several Hundred Charcot-Marie-Tooth* World Leaders Gather to Accelerate Collaboration and Advancements in Research; Pharma Partner DTx to Review Significant Progress in Drug Delivery Gene Therapy Innovator and Pioneer Dr. James M. Wilson to Keynote ATLANTA (June...
Additional Funding Announced for Promising Gene Silencing Approach to Treat CMT1A
After demonstrating tremendous progress, the CMT Research Foundation’s Scientific Advisory Board has decided to extend funding for a research project led by Dr. Kleopas Kleopa for six more months. If successful, this project could lead to the first genetic therapy for CMT1A. Read more.
CMT Research Foundation Launches Groundbreaking Research to Overcome Barriers to Delivering CMT Therapies to the Peripheral Nervous System
The CMT Research Foundation has launched a groundbreaking new research collaboration today with James Dahlman, Ph.D., assistant professor in the Wallace H. Coulter Department of Biomedical Engineering at the Georgia Institute of Technology and Emory School of Medicine. This innovative partnership seeks to overcome the challenges in CMT drug delivery by using lipid nanoparticles (LNPs) to deliver therapies to the PNS that could slow, stop or even reverse the effects of CMT in patients.
AcuraStem Scientists Demonstrate Positive Early Results for CMT2A Treatment
The CMT Research Foundation is currently funding a research project led by AcuraStem aimed at producing effective treatments for CMT2A. Using stem cells derived from adult patients, AcuraStem scientists have tested thousands of compounds for their ability to promote...
CMT Research Foundation Project Shows Progress in a Gene Therapy Approach to Treat CMT1A
The CMT Research Foundation is currently funding a research project led by Dr. Kleopas Kleopa and his team at the Cyprus Institute of Neurology & Genetics to study a gene therapy approach to lower levels of PMP22, the gene that causes CMT1A. While no one can...
DTx Pharma Shows Continued Progress in Reducing PMP22 Levels in Animal Models of CMT1A
The CMT Research Foundation is currently funding a research project led by DTx Pharma to design genetic therapies for Charcot-Marie-Tooth disease (CMT). By attaching the genetic sequences to molecules called long chain fatty acids, they allow the therapies to target...
CMT Research Foundation Launches New Research Project to Design Precision Medicine Approach for Charcot-Marie-Tooth Disease
In this new CMT Research Foundation-funded project, Drs. Lorson and Garcia at the University of Missouri will develop and test a new gene therapy approach that will both silence the abnormal gene and simultaneously replace it with genetic material that will produce normal protein. The research team will test this approach in an animal model of CMT2E that is already well understood, making it suitable for this proof-of-concept project. If the approach is successful, it could potentially be used for other forms of CMT as well. In fact, it is possible this approach could be used for many CMT-causing mutations that require both silencing of a mutated gene and replacement with normal protein — whether the mutation is currently known or has yet to be discovered. The ability to silence and replace genes, regardless of the specific mutation, is what makes this a precision medicine approach.
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