Announcing Our 2022 NFXF Awardees
Our 2022 NFXF awards are in! Learn more about each award and about each of our awardees.
Our 2022 NFXF awards are in! Learn more about each award and about each of our awardees.
This is the first time that Fragile X premutation carriers have been tracked in a longitudinal study. This study provides evidence for early markers of FXTAS that may be helpful in eventually identifying the best candidates for early, preventive intervention.
Panelists Drs. David Hessl, Emily Allen, Deborah Hall and Randi Hagerman share their expertise on the Fragile X premutation at the 18th International Fragile X Conference.
It's that time of year! Join other rare disease advocates for in-district meetings with your Congress members and staff. You can help represent the Fragile X community!
Shionogi is looking for males aged 9–45 living with FXS with a molecular genetic confirmation FMR1 >200 CGG repetitions needed for clinical trials of new drug zatolmilast.
This event has passed. Stephen O'Quinn and the Zynerba team extend the opportunity to meet families at the 18th International Fragile X Conference and learn more about the RECONNECT trial.
The first published publication from the International Fragile X Premutation Registry Advisory Committee. This International Fragile X Premutation Registry is an important first step and can serve as a useful tool for clinicians and researchers in the field.
Researchers around the country are conducting a study to better understand cognitive profiles in adults with intellectual disability. This study is an extension of the ongoing Toolbox Study, which is aimed to optimize cognitive assessment tools for children and young adults with intellectual disabilities.
Rush University is conducting a research study to validate a rating scale created to assess the motor symptoms of people with FXTAS – the “Fragile X-Associated Tremor Ataxia Syndrome Rating Scale (FXTAS-RS)”
Drs. Craig Erickson and Lauren Schmitt at Cincinnati Children’s Hospital are conducting a series of research studies to learn about the brain and cognition and how they are connected with genetic factors related to FXS.
UNC Chapel Hill is conducting a research study to learn about the early brain and behavioral development of infants with FXS to aid in the future development of better supports and treatments.
Thanks to The European Fragile X Network, FMR1 now stands for fragile X messenger ribonucleoprotein 1, removing the reference to “mental retardation” which has long been outdated in common vernacular.
A longitudinal research study from The Wilkinson Lab at the Boston Children’s Hospital Labs of Cognitive Neuroscience to learn about how differences in brain activity affect learning, language, and behavior in Fragile X Syndrome.
Being able to identify and diagnose possible nervous system disorders by detecting gait problems 15 to 20 years before their clinical diagnosis could help advance treatment development and quality of life.
This system could potentially predict FXTAS onset in premutation carriers who are not showing signs of FXTAS on a neurological exam.