Latest Articles for Rehabilitation

Innovative neck brace design aims to improve comfort and support for patients.

A study on using RGBD cameras for improved motion analysis in rehabilitation.

Improved methods enhance understanding of brain and muscle interactions.

New designs in exosuits aim to assist people with motor impairments.

Combining EEG and fTCD improves communication for individuals with disabilities.

Explore how the brain plans and executes grip force actions.

Advancements in AI and muscle signal analysis could aid spinal injury rehabilitation.

A new model explores how we adjust our walking patterns.

Exploring the connection between arm movements and learning in everyday tasks.

A program aims to assist caregivers in managing their well-being while providing care.

Exploring how the brain coordinates tongue movements for daily activities.

BUFET provides fast, effective evaluation of arm and hand movements post-stroke.

Exploring how VR enhances neck mobility testing and rehabilitation.

An overview of how muscle activity influences force output during movements.

New technology helps patients express thoughts through EEG signals.

Depressive symptoms affect stroke patients' engagement in unsupervised rehabilitation training.

This study explores how the brain maintains balance during difficult tasks.

Study finds potential of tACS in enhancing motor skills for all ages.

Examining how activity levels change for stroke survivors and their challenges.

This study investigates brain connectivity during motor imagery tasks for better BCI interpretation.

Exploring the impact of injuries on knee cartilage degeneration.

Explore the latest trends and technologies in robotic limb development.

A new robotic glove aids hand function for users with challenges.

Research reveals potential for targeting specific cells to manage neuropathic pain.

New study reveals how electrode placement affects brain-computer interface performance.

Study reveals insights into motor imagery, enhancing research and rehabilitation tools.

This article looks at enhancing the design of hand exoskeletons for better user support.

Study reveals how back and hip pain affect walking patterns.

Research links EEG patterns to brain lesions, enhancing stroke rehabilitation strategies.

This study examines how visual and passive cues affect arm movement adaptation.

Study reveals compensatory motions impact users of upper limb prosthetics.

Investigating the effects of NeuroAiD II™ on cognitive recovery after mild TBI.

Study investigates how we perceive our movements and control actions.

Exploring how center of mass affects balance and stability during motion.

A study using machine learning to analyze gait changes after a stroke.

Examining how cerebellar ataxia affects movement and coordination.

Study improves hand movement tracking using multiple Leap Motion Controllers.

This research highlights the critical role of early visual experiences for brain function.

Setting SMART goals may improve walking outcomes for stroke patients.

New technology offers personalized joint support through optimized brace design.