Jonathan S. Lee-Confer

This study identifies peak anteroposterior heel slip acceleration as a predictor of lateral trunk flexion during unexpected slips, suggesting it as an early destabilizing mechanism.

This study measures head accelerations during accidental infant handling and finds forces comparable to car crashes, suggesting unintentional causes may contribute to Shaken Baby Syndrome injuries.

This study compares arm and trunk motion in young and old adults during a slip, finding younger adults accelerate their arms faster and reduce center of mass excursion, potentially lowering fall rates.

This study quantifies trunk motion during overground slips, finding significant frontal plane movement, suggesting slips involve both backward and sideways balance loss.