Development of genetic patches for the treatment of hereditary blindness
Revolutionizing vision restoration: using ASOs to tackle hereditary retinal diseases and prevent blindness
861 Projects
AI tools for better, more accurate gene editing
We’re unlocking the potential of AI to deliver more accurate gene-editing solutions
FLIT-AML (FLT3-TKD Immunotherapeutics Targeting Acute Myeloid Leukaemia)
Preclinical validation T cell engagers and cell therapies for treatment of of FLT3-TKD specific Acute Myeloid Leukaemia
Novel Multimodal Cancer Therapy
Enabling novel cancer therapy by developing an armed Natural Killer cell to utilize antibodies for fighting solid tumors
Kepler “Night Nurse” for the home: fall detection and mobility reporting
Developing an automatic mobility detection and reporting system for elderly care in a home environment
FutureHeart: Transformative ECG diagnostics for tomorrow's healthcare
Integrating the AI-ECG platform into the cardiovascular pathway between general practitioners, ambulances, and hospitals
Sensor technology for improved patient safety in critically ill babies
We will develop a first-of-its-kind IV infusion monitoring system to improve patient safety in neonatal and
paediatric ICUs
paediatric ICUs
At-home diabetic foot monitoring for wound prevention
Diabetic foot ulcers can be prevented. This project will enable timely intervention
AI-APPROVE: Smarter Use of Heart Scans, Stronger Societies
AI-APPROVE: Bridging AI Innovation and Cardiovascular Healthcare to Improve CAD Diagnosis
Can we use the gut microbiome to improve cancer therapy?
The gut microbiota may improve the effectiveness of cancer therapy and limit side-effects