News, Resources, Updates
A scientific hub to keep you informed about our latest research and company updates.
CONNECT: Connecting Cerebral Organoids to the Blood-Brain Barrier
The CONNECT project aims to develop a novel organoid-chip connecting the blood vasculature to the brain to mimic the blood-brain barrier (BBB). This complex 3D-model can be used to mimic aspects of drug delivery into the human brain, a key process that is often not...
A day in the life of InnoSer’s Intern Marketing Analysts Meilin Berkhoff & Amber Schonk
Meilin and Amber are both students of Leiden University completing their Masters in Biomedical Sciences Management. As part of their study requirements, Amber and Meilin are with us for a total of 6 months and will step into the role of marketing analysts. They have...
TRANSCEND: developing a novel platform integrating organoid and humanized in vivo models for Parkinson’s Disease
The TRANSCEND project aims to tackle the current limitations of drug development for Parkinson’s Disease by the integration of an innovative in vitro brain organoid model and a humanized in vivo mouse model. This unique two-step platform supports InnoSer’s aspiration...
On a mission to bring smart science to patients: a new chapter in InnoSer history
As the InnoSer team, we are delighted to share the news – as of this week, we have a renewed vision and mission statement, as well as a renewed logo to accompany them. With these changes, we are ready more than ever not only for our continued growth and strong team...
How to bring innovation to the drug development space
Innovation is not only part of InnoSer’s name but is central to its activities. We believe, the solution for the continuously high drug attrition rates resides in addressing the problem already at the preclinical stages of drug development. More specifically, we aim...
Nano+ Project Ends With Promising Results
Currently with no known cure, Amyotrophic lateral sclerosis (ALS) is a progressive neurodegenerative disease that affects nerve cells in the brain and spinal cord. InnoSer has recently finished a project with promising results in understanding altered...
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