Excited to be part of the “Engineered Genetic Control Systems for Advanced Therapeutics” hub led by @RosserLab. We’ll be developing new therapies for #lysosomal#storage#diseases affecting the #CNS and bones using #AI and #engbio. @SBSatEd@EdEngBio
https://t.co/8rWPGZF5YJ
A new collaboration aims to improve the creation of safer and more effective therapeutics, including enzyme replacement therapy, for a diverse range of genetic diseases. https://t.co/wkqMlM8ul4
Researchers at the @EdinburghUni, in partnership with the synthetic DNA company @neochromosome and supported by IBioIC, have unveiled a tool utilising AI to assist with the process of enzyme selection for therapeutic treatments.
https://t.co/GLefMszijX
Hi everyone, please come along to what will be a very interesting talk by @sudpinglay! This will be a joint session with @EUSynBioS and @EdEngBio/@SBSatEd, taking place in the Waddington Seminar room. All welcome to join in-person or via the Zoom link 🧬
Funding boost for scientists using AI to identify treatments for rare diseases
ZYTHERA (enZYme THERApeutics), led by @RosserLab @DrStracquadanio is engineering enzyme replacement therapies (ERTs) for lysosomal storage diseases (LSDs) using AI
➡️ https://t.co/0FyqBQCdug
Research @EdinburghUni using AI to develop faster and cheaper enzyme replacement therapies for rare diseases that can impact children is awarded £74,600 @scotent spin-out funding to aid commercialisation #ZYTHERA#LifeSciences#AI@EdinInnovations https://t.co/JjarjNNipC