NeuroTracker

Learn why soccer penalty saves are so demanding, and how they require perceiving critical predictive cues from the kicker's body before ball contact even occurs.

https://www.neurotrackerx.com/post/the-science-of-penalty-kicks-what-goalkeepers-see-before-the-ball-moves

Can perceptual-cognitive training help older adults interpret human movement more effectively?

This study tested that question using NeuroTracker training and a biological motion perception task.

Biological motion perception is the ability to read human movement from motion cues — for example, identifying the direction someone is walking from the movement pattern of body joints.

This matters because everyday environments are full of moving people: crowds, sidewalks, traffic crossings, sports settings, and shared public spaces.

In this study, healthy older adults completed 5 weeks of NeuroTracker training.

Researchers then tested their ability to identify the walking direction of a life-size point-light human walker at different virtual distances.

The key finding was at 4 meters. At this near, socially relevant distance, the NeuroTracker-trained group showed stronger biological motion perception than both control groups.

The trained group showed stronger performance on a separate human-motion perception task, while the control groups did not show comparable transfer.

More specifically the training appeared to eliminate perceptual processing deficits associated with healthy aging.

The study suggests that NeuroTracker training may help improve how healthy older adults process socially relevant dynamic scenes, especially at near distances where age-related biological motion deficits have been observed.

The research provides some interesting evidence of transfer from perceptual-cognitive training to a meaningful human movement perception task.

Study: “Perceptual-Cognitive Training Improves Biological Motion Perception: Evidence for Transferability of Training in Healthy Aging.”

https://www.neurotrackerx.com/science/perceptual-cognitive-training-improves-biological-motion-perception-evidence-for-transferability-of-training-in-healthy-aging