Dynamic balance changes within three weeks of fitting a new prosthetic foot component.

The study included only 21 experienced, high-activity unilateral transtibial amputees, so it says little about people who are not experienced high-activity users. No patient-reported balance, falls, or functional balance tests were collected, so it is unclear whether the measured balance changes matter to daily life. Grouped results hid individual differences because some participants increased and others decreased their stability margins. The average change is therefore hard to interpret. One participant in the Lower Activity group received a multi-articulated flexible keel foot instead of a Solid Ankle Cushioned Heel foot, so the lower activity component was not identical for everyone. The authors interpreted some balance changes as reflecting confidence based on anecdotal clinical observations, not measured confidence or fall outcomes.

The authors declared no conflicts of interest.

Do not conclude that the Higher Activity foot produces better dynamic balance than the Lower Activity foot. The grouped foot comparisons did not show a consistent difference, and individual changes varied in direction, so the study does not establish one foot type as superior.