The event gathered global leaders in science, policy and medicine and put the patients transforming the field front and ...
This bioelectronic medicine trial will explore how the Vagus Nerve Stimulation Trial may alleviate pain and fatigue in lupus ...
Morning Overview on MSN
A seed-sized nerve stimulator goes in through a standard needle with no battery and no surgery
Engineers at NYU Abu Dhabi have built a nerve stimulator roughly the size of a small seed, small enough to be delivered ...
Spark Biomedical, a commercial-stage bioelectronic medicine company pioneering non-invasive multi-path neurostimulation devices, announced ...
Italian Institute of Technology researchers have created the first organic nanotubes combining piezoelectric, photothermal ...
MintNeuro, a semiconductor company building specialised chips for neural devices from implants to wearables, today announces a $5 ...
A soft bioelectronic system with a thermally responsive hydrogel interface gives neurosurgeons real-time, quantitative ...
Our team is focused on developing a new class of bioelectronic macrodevices that can maintain the viability of therapeutic cells in hostile transplant sites without the need for immune suppression.
Over the last century, pharmacology has revolutionized the practice of medicine. Our next revolution in medicine may come with bioelectronic treatments that reduce inflammation.
Nexalin Technology, Inc. (Nasdaq: NXL) (the “Company” or “Nexalin”), the leader in non-invasive Deep Intracranial Frequency Stimulation (DIFS™) of the brain, today announced that it has received ...
The Imperial College London spinout is moving from technology validation to commercial scale-up, with its semiconductor ...
A University of Maryland-led project received a $17.3 million National Science Foundation award to create an AI-powered and ...
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