Cedars-Sinai investigators found a new way to control prosthetic devices using brain signals. Their preclinical findings, if confirmed in clinical studies, could help stroke survivors control external ...

Study to Evaluate Safety and Function of Phantom X, Minimally Invasive Muscle--Machine Interface for Prosthesis Control AUSTIN, Texas, April 15, 2026 /PRNewswire/ -- Phantom Neuro, a company ...

The innovative interface system is designed to seamlessly connect a patient’s nervous system and their upper limb prothesis to restore naturalistic hand and arm function. GRASS LAKE, Mich.--(BUSINESS ...

A 2022 study published in the National Library of Medicine at the National Center for Biotechnology Information found that more than 44% of people with upper limb loss abandon their prostheses, citing ...

The CYBORG study aims to assess the efficacy, safety and usability of the system.

Phantom Neuro says its implantable device can turn muscle signals into prosthetic limb commands. The Defense Department's emerging tech group backed the company with roughly $300,000 in funding.

The CYBORG study will evaluate the company’s muscle-machine interface, which uses an implantable sensor array in an amputee’s ...

Blue Arbor Technologies and German prosthetics company Ottobock have partnered to advance clinical and commercial activities for the former’s prosthetic control system for people with limb loss. Under ...

This macro-sieve electrode developed by Dan Moran's lab at Washington University in St. Louis may allow upper-limb amputees who used motorized prosthetic devices to feel various sensations through the ...