Observational study demonstrates enhanced neuronal maturation and disease modeling using graphene optoelectronic actuators, suggesting new neuroengineering pathways.
Key Points
Repeated optical stimulation enhances the maturation of hiPSC-derived neurons and brain organoids significantly.
Using GraMOS, we observed disease-associated alterations in neuronal activity in Alzheimer’s stem cell models during studies.
This platform introduces non-invasive neural control methods that span timescales from milliseconds to months effectively.
GraMOS opens new avenues for regenerative medicine and robotics through its innovative applications and precise control features.