Latest Articles for Rehabilitation

Research reveals brain activity patterns influencing upper limb recovery in spinal cord injury patients.

A new method enhances electrode selection for better brain-computer interface performance.

A study highlights the use of waist sensors to monitor joint loading.

Researchers are developing a video-based method for assessing movements in children with dyskinetic cerebral palsy.

AI technology enhances rehabilitation exercises through video data analysis.

This study investigates how the heart's cycle affects brain activity during movement imagery.

A new approach to stroke recovery focuses on personalized activity plans.

Examining how the brain and spinal cord work together in health and injury.

This study reveals how the spinal cord affects upper limb movement and adaptability.

A look into how wearable sensors and video can improve exercise tracking.

A study highlights the benefits of community exercise for heart disease recovery.

VR gaze training shows promise for improving navigation in individuals with RP.

Neurostimulation methods show promise in improving prosthetic limb function and reducing phantom limb pain.

A study analyzes real-life walking abilities in individuals with knee osteoarthritis.

Study explores how skin signals affect coordination after spinal cord injuries.

Macrophages can both help and hinder recovery after spinal cord injuries.

Research focuses on improving non-invasive methods for communication in patients with movement impairments.

New technology aids in stroke rehabilitation by tracking arm movement.

Study examines telerehabilitation's role in aiding Long COVID patients' recovery.

New techniques enhance gait analysis for better rehabilitation insights.

This review examines tools to measure resilience in brain injury rehabilitation.

Markerless HPE offers innovative solutions for improving patient assessments in healthcare.

This study reveals insights into how individual walking styles adapt with speed changes.

The study reveals insights into balance responses of knee OA patients.

Exploring new methods to improve recovery from hallux valgus surgery.

A new model improves analysis of sEMG signals in strength training.

A new method combines physics and deep learning for better muscle assessment.

Study tests how sound cues influence walking in healthy adults.

A new method enhances counting of exercise repetitions using joint angles.

Cardiac rehabilitation significantly aids recovery and enhances quality of life post-heart attack.

Research on fruit flies reveals key genes involved in motor learning.

Recent studies reveal the intricate connections between nerve health and bone growth.

New research highlights the importance of multisegmented foot models in understanding foot movement.

Learn about the meniscus and its impact on knee joint functionality.

A new method enhances motor imagery classification using EEG signals.

A study shows core stabilization with feedback improves balance and walking in stroke survivors.

Effective strength training programs can improve symptoms of knee osteoarthritis.

Wearable sensors improve tracking of arm movement for better rehabilitation outcomes.

New research challenges the idea of adding implicit and explicit adaptation.

Examining how stroke affects balance and brain responses.