Explore FAST Science Summits, ASF Family Conferences and scientific symposiums, featuring research updates, expert insights and practical guidance for families affected by Angelman syndrome.
Catch up on the 2025 FAST Science Summit, bringing together leading researchers, scientists and the Angelman syndrome community to share the latest research developments, clinical trial updates and progress towards potential treatments.
Explore the differences in sleep patterns between Angelman Syndrome and Dup15q. Understand the causes, treatment options, and future research directions for sleep issues in these syndromes.
Protein Delivery of an Artificial Transcription Factor Restores Widespread Ube3a Expression in an Angelman Syndrome Mouse Brain
Explore how an artificial transcription factor can restore Ube3a expression in an Angelman Syndrome mouse brain. Discover the protein delivery process, tracking, and future challenges.
Ovid: Towards Improved Outcomes in Rare Neurodevelopmental Disorders Via Targeted Treatments
Discover OVID’s innovative approach to improving outcomes in rare neurodevelopmental disorders. Learn about our upcoming trial in Angelman Syndrome and our unique treatment, OV101.
Explore the challenges and future directions in Dup15q and Angelman Syndrome research. Discussing the role of HERC2, limitations of animal models, and the need for broader therapeutic targeting.
Levodopa in Angelman Syndrome: Results of a Multicenter Randomized Controlled Trial
Explore the results of a multicenter randomized controlled trial on the use of Levodopa in Angelman Syndrome. Discover the scientific basis, trial process, and key findings.
Hurdles to be Overcome for a Trial of Oligonucleotide Therapy in Angelman Syndrome
Explore the potential of oligonucleotide therapy in Angelman Syndrome, discussing challenges in mouse behaviour analysis, humanised mouse creation, and docking strategies. Discover the complexities of UBE3A regulation.
Gene Reviews Overview of Dup15q Syndrome, Angelman Syndrome & the Critical Region
Explore an in-depth overview of Dup15q and Angelman Syndrome, genetic disorders linked to chromosome 15, characterized by developmental delays, autism, epilepsy, and more.
Explore the intriguing study on dendritic spine development in Dup15q and AS, highlighting the role of UBE3A and actin dynamics. Discover how VirtualCell software aids in understanding this complex process.
