Willeke van Roon-Mom
Professor of Human Genetics, LUMC
Willeke van Roon-Mom is full professor at the department of Human Genetics at the LUMC and works on autosomal dominant neurodegenerative diseases that have aberrant protein aggregation as a pathological hallmark. She works in close collaboration with clinical departments as well as patient representatives, biotechnology and pharmaceutical companies. This research has resulted in 5 published patents, some licensed to companies as well as industry sponsored research projects. Originally her main expertise was in Huntington’s disease, a brain disorder caused by a polyglutamine expansion in the huntingtin protein. However, her group is now also focusing on other polyglutamine disorders as well as a very rare disease caused by a mutation in the APP gene called HCHWA-D (Hereditary Cerebral Hemorrhage With Amyloidosis-Dutch type) also known as D-CAA. For all these disorders she studies the molecular disease mechanism, identifies biomarkers and then uses this knowledge to develop novel therapies. She is co-director of the Dutch Center of RNA Therapeutics, founding member of the European 1 mutation 1 medicine network and scientific advisory board member of the N1C collaborative, that all that aim to develop antisense oligonucleotide based treatments for patients with ultra-rare hereditary brain disorders in The Netherlands, Europe and globally, respectively.
Presentation: Developing RNA targeting therapies for rare- to nano-rare brain disorders; the role of academia
Antisense oligonucleotides (ASOs) are programmable synthetic molecules that allow targeted intervention at the transcript level. ASOs are highly adaptable and have been approved by FDA and EMA for a variety of different indications. These have followed the traditional drug development pipeline, resulting in the registration and market authorization of new drugs. This presentation will focus on development of ASOs for rare genetic brain disorders. It will outline, from an academic perspective, the difficulties of developing treatments for small groups of patients. Finally, novel developments will be discussed making these treatments hyper-individual so an ASO is developed for a patient with a unique disease causing DNA variant.
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