Rehabilitation

Using paired smartphones, motion-capture app OpenCap films video and then uses AI to analyse human movement, providing detailed data for use in rehabilitation, presurgery plans and disease diagnostics – and is 1% of the cost of traditional technology.

A study has found that deep brain stimulation assists with post-stroke rehabilitation, even years after the stroke occurred. The researchers say their technique offers hope to stroke survivors suffering from chronic impairment.

Engineers at ETH Zurich have developed a wearable system that can help patients regain movement and mobility after a stroke. The system consists of a motion-sensing watch and an earpiece that zaps a nerve to help rewire neural circuits.

Most treatments for strokes aim to help reduce or repair damage to affected neurons. But a new study in mice has shown that a drug already in use could help stroke patients regain motor function by getting undamaged neurons to pick up the slack.

When someone has been left paralyzed by a stroke or brain injury, much of their recovery involves physically guiding the affected limb though the lost motion, so their brain can relearn it. A new exoskeleton does exactly that for the hand.

A trial has found a specific type of video-game therapy is as effective as traditional methods of rehabilitation in patients recovering from a stroke. The trial also found the therapy reduces the need for face-to-face time with therapists by 80 percent.

An experimental new material could help rehabilitate the injured and allow the nonspeaking to "speak," among other potential uses. It's also highly elastic, electrically conductive and self-healing – and it's known as CareGum.

When someone has suffered arm weakness due to a stroke, it's important for them to perform repetitive exercises in order to regain strength in the limb. A new device is designed to help them do so, as they use the gadget to play video games.

When someone has suffered a stroke, they often have difficulty relaying commands from their brain to other parts of their body, such as their limbs. A new robotic system, known as NCyborg, may one day help them regain the ability to do so.

A novel device designed to help stroke patients recover wrist and hand function has been approved by the US Food and Drug Administration. Called IpsiHand, the system is the first brain-computer interface device to ever receive FDA market approval.

When a stroke victim has lost the use of an arm, they typically have to perform rehabilitative exercises utilizing heavy, costly, clinic-based equipment. A compact new portable device, however, could be used by patients in their own homes.

According to a new study, the rolling iStride Device has been shown to improve the gait of stroke victims.