By Hilary Rosselot
Asuragen Presents During the 2022 Industry Updates Keynote at the 18th International Fragile X Conference
Stela Filipovic-Sadic, a manager of Research & Development at Asuragen, presented Asuragen’s molecular testing capabilities for FMR1 and Fragile X, and showed how new technologies drive progress in the field. Asuragen has been a part of the Fragile X community for years. Their tests have been used to help patients, clinicians, and researchers aid in diagnosis, screen potential carriers, stratify risk of Fragile X being passed onto the next generation, and connect patients to new therapies.
Learn more about Asuragen by watching their 2022 Industry Updates presentation or visiting their website.
Check out the Behind the Mystery of Fragile X Syndrome segment sponsored by Asuragen.
about
Hilary Rosselot
Hilary joined the NFXF team in 2019. Prior to joining the NFXF team, she worked at the Cincinnati Fragile X Research and Treatment Center for over five years. She has experience as a clinical research coordinator across many types of clinical trials and served as the clinical research manager for the Cincinnati program. She earned a bachelor’s degree in psychology, a master’s, and is a SOCRA certified clinical research professional (CCRP). She enjoys time with family and friends, a great book, a strong cup of coffee and, of course, a good laugh!
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Zynerba Pharmaceuticals Announces Oral Presentation of ZYN002 Data at the 16th NFXF International Fragile X Conference in July 2018
PRESS RELEASE FROM ZYNERBA PHARMACEUTICALS Devon, PA, , April 23, 2018 — Zynerba Pharmaceuticals, Inc. (NASDAQ:ZYNE), a clinical-stage specialty neuropsychiatric pharmaceutical company dedicated to developing and commercializing innovative pharmaceutically-produced transdermal cannabinoid treatments for rare and near-rare neurological and [...]
MGH/Harvard Study: Assessment of Glutamatergic Neurosystem in Fragile X Syndrome for Targeted Therapy
The aim of the study is to examine problems with a chemical messenger called glutamate in the brain in Fragile X syndrome, and how it impacts sensory, motor and cognitive abilities and implicated structural and functional connectivity.