Accelerating a cure. Enhancing care. Empowering Families.
What is MEF2C and why does it matter?
Myocyte Enhancer Factor 2C (MEF2C) is a gene located on chromosome 5 band 14.3.
The MEF2C gene encodes for a type of protein known as a transcription factor. Transcription factors control the activation and deactivation of other genes. These genes include MECP2 and CDKL5, which also play a role in Rett syndrome and CDKL5 deficiency disorder.
MEF2C is known to regulate the expression of a large number of genes important to the development and maintenance of many tissues within the body, including the brain.
Neuron growth, synaptic development, maintenance and remodeling are just a few of the processes involving MEF2C that are critical for proper nervous system development and function; and MEF2C is a gene group that has been implicated in autism.
MEF2C is also known to play a role in the immune system however research into this area is still in its infancy.
Our Mission
Accelerate Research
We aim to accelerate research and development to find treatments and a cure for individuals with MEF2C related disorders caused by pathogenic mutations on the MEF2C gene
Support Families
We connect families with information and support that will hopefully enhance their care
Connect Researchers
We aim to create opportunities for collaboration within the scientific community
Our Impact
Achievements in Patient Education and Participation
In March 2023, there were 17 patients registered with Simons Searchlight, 7 lab reports approved, 3 medical histories/surveys completed, and 0 blood samples completed. We now have over 100 patients registered, 75 lab reports approved, 45 medical histories completed, 56 surveys completed and 12 blood samples.
In order to prepare for Clinical Trials, we have provided the opportunity for patients with pathogenic or likely pathogenic mutations on the MEF2C gene to have research assessments performed at Boston Children’s Hospital. This data collection and analysis will be used to develop a toolkit of outcome measures specific to MEF2C, including assessments and disorder specific measures, which could be used in an interventional clinical trial. This has been accomplished through a Sponsored Research Agreement with the Lab of Wendy Chung, MD, PhD, clinical and molecular geneticist and Chief of the Department of Pediatrics at Boston Children’s Hospital and Harvard Medical School, a leader in the rare disease arena.
The study will include the coupling of data from Simons Searchlight with data from the Research Assessments performed at Boston Children’s Hospital.
The study will also include the establishment of a process for follow-up and monitoring of MEF2C patients with pathogenic or likely pathogenic mutations.
Funded Projects
Participated in funding the Cowan Lab at MUSC, for the development of an RNA-based therapeutic which interferes with cell machinery that naturally functions to limit the levels of MEF2C, with the goal to interfere with the ability of that machinery to reduce MEF2C levels, thus increasing the levels of MEF2C to a minimum threshold needed to restore normal cell function.
Established a Sponsored Research Agreement with the Chung Lab at Boston Children’s Hospital to fund landmark research assessments of MEF2C patients and the creation of a robust natural history.
Contact us
For more information on regional advocacy efforts, critical areas of research, treatments in the pipeline, therapeutic support and how you can support our mission to aggressively fund treatments, please contact us.
Corporate Address:
8 The Green, Suite 8114
Dover, Delaware 19901
Phone: (302) 899-1706