Over the last century, pharmacology has revolutionized the practice of medicine. Our next revolution in medicine may come with bioelectronic treatments that reduce inflammation.

Brain-computer interfaces, neuromodulators, and bioelectronic medical devices are reaching their limits with standard chips.

Spark Biomedical, a commercial-stage bioelectronic medicine company pioneering non-invasive multi-path neurostimulation devices, announced ...

Funding from European and US investors will accelerate product launch, partner adoption and international expansion.

A soft bioelectronic system with a thermally responsive hydrogel interface gives neurosurgeons real-time, quantitative ...

The Imperial College London spinout is moving from technology validation to commercial scale-up, with its semiconductor ...

MintNeuro, a semiconductor company building specialised chips for neural devices from implants to wearables, today announces a $5 ...

Crystal structures of an engineered hyperthermophilic sugar dehydrogenase reveal how two mutations relieve a steric barrier ...

Neurosurgeon is first in Oregon to implant devices that send small electrical pulses to stimulate healing, anti-inflammatory effect.

Collagen is the most abundant protein in the human body, making up about 30% of total protein and providing structure, ...

Researchers have developed a platform that uses body tissue to communicate signals between bioelectronic and wearables ...

The collaboration pairs Firefly's AI-powered brain-assessment platform with NeuroSigma's FDA-cleared, non-medication device ...