Neurology

Biomedical/pharma, Neurology

Antwerp researcher Rosa Rademakers has won the Breakthrough Prize in the US — one of the world’s most prestigious science awards. Rademakers received the prize and more than 2.5 million euros for her groundbreaking discovery that a rare genetic mutation plays a key role in both frontotemporal dementia and ALS.
Biodol Therapeutics is aiming to ease the burden of chronic pain for millions of patients around the globe. The company is developing a unique new drug with a dual function: a non-opioid standalone treatment for neuropathic pain or migraine, but also a combination therapy with opioids. By reversing opioid tolerance, Biodol’s compound eliminates the need for higher doses, making these powerful drugs safer and more effective at alleviating suffering.
Venture investing in early-stage companies hinges on spotting transformative technologies before they become hyped. To support this, we built the MeSH Counter: an R-based tool that tracks monthly frequencies of specific terms in PubMed, allowing us to visualize trends in the life sciences. Publication trends are not the same as investment signals, yet the MeSH Counter can help efficiently map the research landscape, so investors can prioritize deeper, human-led diligence.
Europe’s healthtech pipeline was on full display at the HealthTech Investor Summit 2025 in Utrecht, with the regions brightest rising stars in the spotlight. From surgical robotics and implantable devices to bioelectronics and next-generation diagnostics, here are the pitching companies that stood out to both the judges and audience.
In Antwerp, a unique cohort of volunteers is helping to solve one of the world's most urgent medical challenges: the early detection of cognitive decline. While the study is local, its implications are global — providing the long-term data needed to understand the hidden years of decline in Alzheimer's disease and other forms of dementia, to enable early diagnosis and intervention.
Could we ever recreate the complexity of the human brain in the lab? Over ten years ago, researchers aimed to do just that by developing a three-dimensional cell culture method to grow the first ever miniaturized versions of the human brain, so-called ‘brain organoids.’ Innovation in this field continues at a rapid pace, with researchers in Luxembourg and around the world refining methods to grow organoids that resemble specific brain regions. These advances can help us understand the effects of Parkinson’s disease on cells while driving the discovery of novel therapeutics beneficial to those in need.
An ageing population comes with multiple challenges. Diseases affecting older populations are becoming more prevalent shifting the focus of our healthcare systems. One of the most debilitating is Alzheimer’s disease. Although there is currently no cure, groundbreaking research is expanding our knowledge, giving hope to patients.
Muna Therapeutics is developing transformative therapies for neurodegenerative diseases. These drugs aim to preserve cognition and enhance the brain’s resilience in diseases like Alzheimer’s and Parkinson’s, providing much-needed hope for millions of patients and their loved ones.
Agomab Therapeutics NV (‘Agomab’) today announced the closing of a $100 million (€94.9 million) Series C financing round led by Fidelity Management & Research Company, with participation from new investors EQT Life Sciences (EQT), Canaan, Dawn Biopharma, a platform controlled by KKR, and existing investors.
Byteflies is on a mission to make virtual care available to all. The Belgian company has developed a platform for remote patient monitoring solutions, to save precious time for healthcare providers, reduce hospitalization costs, and boost the quality of life for patients. The aim is to aid the transition from fragmented to connected healthcare, enabling a continuum of care through virtual solutions.
Coave Therapeutics is a French biotech developing gene therapies for neurodegenerative and ocular diseases. The company has developed a technology platform that can be used to redecorate the outer surface of viruses, creating gene therapy vectors that are better at accurately delivering healthy genes to the right target cells, including neurons in the deep brain tissue. By combining this vector technology with transgenes restoring natural cell cleaning pathways, the company has created a pipeline of therapies for both genetically and non-genetically defined neurodegenerative diseases, such as Parkinson’s Disease, Multiple System Atrophy (MSA), and Amyotrophic Lateral Sclerosis (ALS).