The Dutch FSHD Foundation’s goal is to stimulate, facilitate and financially support solid scientific research into the causes of FSHD, in order to find treatments and develop solutions that help improve patients’ quality of life.
Having a muscular dystrophy like FSHD affects the way you walk, the way you dress, the way you work, the way you sleep, where and how you live, and the way people perceive and treat you. Many people with FSHD cannot smile, hold a baby in their arms, and close their eyes to sleep, walk on the beach or climb the stairs. Each day brings renewed awareness of the things they may not be able to do the next day.
Although the cause for FSHD has been discovered, no treatment for this disease has yet been found. That’s why further research remains so important!
Kees and Renée van der Graaf, parents of a son that suffers from FSHD, took the initiative to set up the Dutch FSHD Foundation in 1997. All those years of research, sponsored by this foundation led to a terrific breakthrough in research in 2010.
In 2011 FSHD Europe was founded, at the initiative of Kees van der Graaf en Ria Broekgaarden (VSN). The road towards therapy lies ahead of us. Nobody knows how long this road will be. The FSHD Foundation will remain totally commited to finding a cure. Your support is, and continues to be, much needed!
Given the 'rare' occurrence of FSHD, there is unfortunately little interest from (pharmaceutical) industries to invest substantially and on a continuous basis in FSHD Research.
The FSHD Foundation stimulates, facilitates, and financially supports solid scientific research into the causes of FSHD, in order to find treatments and develop solutions that help improve patients’ quality of life.
The executive committee of the FSHD foundation consists of a small group of highly motivated volunteers that in their daily lives are engaged in business or science.
Many muscular dystrophies are alike in that they cause progressive weakening of skeletal muscle and the loss of muscle cells and tissue. To be able to (partially) explain FSHD we have to look at the smaller cells (DNA) Our chromosomes are composed of DNA combined with proteins. These chromosomes determine the genetic instructions for our hereditary traits. Specific segments of DNA called genes determine specific traits. The combination of approximately 24,000 genes makes each of us unique. FSHD is caused by a sudden structural transformation in the DNA. This hereditary defect causes a deletion at the end of chromosome 4. The specific genetic location of the FSHD deletion is 4q35, in the D4Z4 DNA region. A deletion of the repetitive sequence of 4q35 is almost always found in FSHD patients. In the summer of 2010 researchers discovered that when this piece of DNA is missing a protein is produced which is detrimental to human muscles. This results in loss of muscle strength in the skeletal muscles. In approximately 2% of studied cases the cause has no connection with chromosome 4. If the FSHD defect on chromosome 4 is inherited a person will in all likelihood develop muscular weakness. That makes FSHD a dominant genetic disorder, meaning that each child with parents with FSHD has a 50% chance of inheriting the disease. In about 10 to 33% of all cases, however, FSHD is caused by a spontaneous mutation. FSHD occurs in both men and women. The symptoms usually start showing between the ages of ten and twenty, but the age of onset can vary greatly, ranging from five to fifty years. The course of the disease can be quite mild but also severe, and can vary even within families. Recent research has shown that FSHD progresses faster in male adolescents and menopausal women.
The FSHD foundation is encouraging the researchers in the FSHD field to send grant applications for their research proposals for the Board to review. The research should meet the goals stipulated by the foundation. We are happy to review proposals from any country. The proposals would first be reviewed by FSHD board member Prof. George Padberg. Should it meet the criteria of good research and correspond with our prorities, then the proposal will be reviewed by the scientific commettee of the Prinses Beatrix Spierfonds. In exceptional cases a shorter review process can be carried out. This applies also to small hypotheses-forming projects (under 25,000 euro).
We are looking forward to your submissions!
You can download the application form below.