A few years ago, powered prostheses triggered new technological advances in diverse
areas such as mobility, comfort, and design, which have been essential to improving the …

Liquid-metal-based stretchable bioelectronics can conform to the dynamic movements of
tissues and enable human-interactive biosensors to monitor various physiologic parameters …

Background Advanced prostheses can restore function and improve quality of life for
individuals with amputations. Unfortunately, most commercial control strategies do not fully …

Objective. Neuroprostheses typically operate under supervised learning, in which a machine-
learning algorithm is trained to correlate neural or myoelectric activity with an individual's …

Following tetraplegia, independence for completing essential daily tasks, such as opening
doors and eating, significantly declines. Assistive robotic manipulators (ARMs) could restore …

Multiarticulate bionic hands are now capable of recreating the endogenous movements and
grip patterns of the human hand, yet amputees continue to be dissatisfied with existing …

Evaluating hand dexterity is a critical aspect of assessing novel prosthetic technology and
informing patient care. Current upper-limb dexterity assessments primarily target gross …

Movement intent decoders, which interpret volitional movement intent from human
bioelectric signals, can be incorporated into modern neuroprostheses to offer people living …

Many presently available prostheses lack a functional wrist. Here, we highlight the
development of an inexpensive prosthetic wrist that can be adapted to work with various …