Latest Articles for Rehabilitation

Study examines how discharge location affects stroke recovery and mobility.

This dataset sheds light on natural hand movements in real-world tasks.

Exploring how motivation impacts rehabilitation success in stroke recovery.

New methods make gait analysis easier and more accurate.

This study examines motor adaptation models in robotic gait training.

Joint moments are essential for understanding muscle strength and movement patterns.

A study on muscle force and joint movement efficiency.

Study examines muscle health using ultrasound in children with and without disabilities.

Humanoid robots replicate human movements for medical applications.

Research into tDCS and SFA shows promise for improving aphasia treatment.

This study reveals how muscles respond to static stretching and exercise impact.

A look into the impact of TBI on balance and vestibular function.

Examining how strokes affect movement learning and rehabilitation.

Study examines changes in balance and activity post-surgery for lumbar spinal stenosis.

A study investigates the effects of home-based neurofeedback on Parkinson's disease symptoms.

Examining how adherence impacts the effectiveness of digital health programs.

This study examines how past weightlifting affects muscle recovery after inactivity.

Turning assessments provide crucial insights for brain injury recovery and daily mobility.

Examining tactile methods for simulating weight in virtual spaces.

Understanding the effects of space travel on the human body and potential solutions.

New methods in stroke recovery integrate EEG technology and robotic therapy.

This study focuses on predicting gait values using advanced deep learning models.

Using technology to enhance recovery for stroke survivors and improve access to care.

Exploring how spinal circuits and brain signals work together for locomotion.

A new approach improves decoding of brain signals for better device control.

A study on personalized exercise for improved recovery in HNC survivors.

A new tool for better understanding Parkinson's movements in daily life.

This study analyzes how motor unit models create muscle force in various tasks.

Targeted training programs may enhance movement control in cerebellar degeneration patients.

A study shows the benefits of a new application in rehabilitation remote monitoring.

Custom data gloves enhance hand movement tracking for various applications.

A novel tool enhances MRI analysis of spinal cord injuries.

A study on exercise programs for stroke survivors shows mixed results.

Study explores how arm segment lengths affect joint angle measurements.

Study examines how the brain regulates muscle use during tasks.

A new program aims to support stroke recovery in rural Nigeria through self-rehabilitation.

A review of modeling techniques for better understanding hip disorders.

Researchers are developing technology to help regain the sense of touch for those injured.

A look at computational models that enhance our knowledge of muscle behavior.

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