INBRAIN reports data from MINIGRAPH project for brain disorders

The project combined thin-film graphene probes with implantable microelectronics, autonomous software, and surgical delivery ...
Open Access GovernmentOpinion

Putting lived experience at the centre of brain-computer interface research

Jamie Brannigan shares the importance of listening to patients and the care community when facilitating research and shaping ...
NewsBytes

This shape-shifting hydrogel could revolutionize robotics, biomedical devices

Chinese researchers have developed a shape-changing hydrogel, potentially revolutionizing flexible tissue engineering, ...

Butterfly Network lands multi-year Bridge Neurotech deal

Butterfly Network Inc. BFLY is partnering with Bridge Neurotech to develop a fully non-invasive brain-computer interface ...
NeuroNews International

Inbrain Neuroelectronics and MINIGRAPH consortium develop robotic implantation for ultra-thin graphene BCIs

Inbrain Neuroelectronics today announced the successful completion and results of MINIGRAPH, a European Innovation Council ...
MarketScreener

INBRAIN Neuroelectronics and MINIGRAPH European Consortium Develop Magnetically Guided Robotic Implantation for Ultra-Thin Graphene Brain-Computer Interfaces

BARCELONA, Spain - INBRAIN Neuroelectronics, a clinical-stage neurotechnology company developing graphene-based brain-computer interface (BCI) therapeutics, today announced the successful completion ...
The Next Web

EU-funded robot uses magnets to steer graphene implants into the brain

INBRAIN’s EU-funded MINIGRAPH project ends with a magnetic robot that implants brain electrodes along curved paths.