Opportunities for families

We would like to invite you to participate in our research project investigating visual perception in people with and without Autism Spectrum Conditions (ASC). Our research is looking at how you see and remember [...]

Our goal is to better understand the different mechanisms within the brain that contribute to the development of psychiatric conditions, including depression, so we can establish better prevention and intervention efforts within this population.

This is a voluntary, and completely anonymous, research survey for women and men who have had a child, or at risk of having a child, with a genetic childhood disorder.​​

We are attempting to further assess Metformin’s safety and benefits, which has been shown to improve the symptoms and difficulties that individuals with FXS experience, including delayed language/cognition, excessive eating, obesity, hypogonadism, and delayed puberty.

AZD7325 may be helpful for treatment of Fragile X syndrome. In this clinical trial, we hope to learn more about the medicine’s safety and if it works on symptoms of FXS.

The Waisman Center at the University of Wisconsin-Madison is recruiting boys with fragile X syndrome and autism spectrum disorder for a study on language and communication skills and Magnetic Resonance Imaging (MRI). The purpose of this research is to better understand how children with fragile X and children with ASD use language. All of the testing is done at the Waisman Center, and can be scheduled at your convenience. 

You may be eligible if you have Fragile X syndrome and have had at least one seizure OR if you are a male with Fragile X syndrome who is 17 years or older and have never had a seizure.

The Rocket study will help determine if an investigational medicine, called OV101 or gaboxadol, is safe and effective in treating behavioral characteristics commonly present in people with Fragile X syndrome.

Researchers will measure the rate at which the brain makes proteins (protein synthesis) and will identify specific parts of the brain affected in FXS.