The aim of the collaborative project is to improve human brain organoid models to study central nervous system (CNS) tropism of next generation AAV capsids.
The 2-year project takes advantage of the Neuroscience Center’s unique expertise in stem cell research and aims to extend its know-how to advance the technology to a completely new level.
The project is part of Boehringer’s Research Beyond Borders (RBB) initiative advancing emerging science and technologies, such as AAV-based gene therapies. RBB will therefore aim to accelerate the development of new research methods to select the next generation AAV capsids with selective tropism for the brain.
This collaboration will offer a path forward towards enabling the validation of new therapeutic solutions.
“We are extremely happy to enter such an interactive research collaboration with Boehringer Ingelheim, a leading biopharmaceutical company”, says Professor
“While the program provides evidence of the potential impact of our cutting-edge technologies and expertise, it may also help opening a way for more-long term and fruitful co-operation”, Koistinaho adds.