Walking Isn’t Always Rhythmic: Slow Gait Switches to a Discrete Control Mode, Study Finds
A new iScience study shows that human walking shifts between discrete and rhythmic control regimes as speed changes, with converging ...
A new iScience study shows that human walking shifts between discrete and rhythmic control regimes as speed changes, with converging ...
A new study shows that ten sessions of high-frequency magnetic stimulation targeting the primary motor cortex improved freezing of gait ...
A matched-cohort study finds that Parkinson's patients with nocturnal hypokinesia show slower turning, poorer backward walking, and fewer daily steps, ...
A new survey compares marker-based, markerless and thermal imaging approaches to human pose estimation for detecting gait changes linked to ...
An unsupervised machine learning analysis of 23 physical performance measures in 368 older adults identified three performance clusters that aligned ...
A new GeroScience study shows that motoric cognitive risk syndrome carries a multidimensional gait signature, detectable through machine-learning anomaly scores, ...
A new PCA-EMD framework reveals patient-specific kinematic synergy patterns and a hidden fast oscillation in the gait of paraplegic patients.
A sweeping review of roughly 180 studies finds that low-cost gait analysis systems span five sensor modalities with complementary strengths, ...
A scoping review of 84 studies finds that smartphone-based mobility analysis is spreading rapidly across neurology, geriatrics, and orthopedics, but ...
A French research team has developed DiaSeg, a framework that extracts diagonal segments from Dynamic Time Warping paths to create ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine