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. Author manuscript; available in PMC: 2019 Jun 6.

Published in final edited form as: J Biomech. 2018 Apr 24;74:106–115. doi: 10.1016/j.jbiomech.2018.04.029

Fig. 5 — The mean (SD), normalized range of H (H_R) in the sagittal ( ), frontal ( ) and transverse ( ) planes during the paretic and healthy control single-leg-stance (SLS). Significant differences across the tasks are shown in the tables with ‘*’ (for P < α/6, α < 0.01) and ‘†’ (for P < α/6, 0.01<α < 0.05). The colors of the significance symbols correspond to the anatomical planes. In the sagittal plane, in both groups H_R during the trailing phase of the obstacle (OBT) and step-up (SUT) tasks was higher than other tasks (task demand). In the frontal plane, only in adults post-stroke H_R during the obstacle negotiation (OBT and OBL) was higher than other tasks (difference in regulation).

Inline graphic — The mean (SD), normalized range of H (H_R) in the sagittal ( ), frontal ( ) and transverse ( ) planes during the paretic and healthy control single-leg-stance (SLS). Significant differences across the tasks are shown in the tables with ‘*’ (for P < α/6, α < 0.01) and ‘†’ (for P < α/6, 0.01<α < 0.05). The colors of the significance symbols correspond to the anatomical planes. In the sagittal plane, in both groups H_R during the trailing phase of the obstacle (OBT) and step-up (SUT) tasks was higher than other tasks (task demand). In the frontal plane, only in adults post-stroke H_R during the obstacle negotiation (OBT and OBL) was higher than other tasks (difference in regulation).