Major MJ, Fey NP. Considering passive mechanical properties and patient user motor performance in lower limb prosthesis design optimization to enhance rehabilitation outcomes. Phys Ther Rev. 2017; 22(3–4):202–16. DOI 10.1080/10833196.2017.1346033.
When this paper was originally published incorrect formatting resulted in textual referencing errors.
The corrected version of the error is provided below:
On Page 10, line 105, Prosthesis design (Relating prosthesis properties and user performance outcomes, Prosthesis optimization using experimental mapping, the role of clinical fitting, and limitations of generalized models, and Accounting for motor performance of lower limb prosthesis users) – The objective of this stage is to maximize performance outcomes through…
On Page 11, line 1, (2) Clinical fitting (Prosthesis optimization using experimental mapping, the role of clinical fitting, and limitations of generalized models) – The objective of this stage is to perform adjustments in the prosthesis setup…
On Page 11, line 6, (3) Physical therapeutic intervention (Physical therapeutic interventions to encourage patient user self-organization) – The objective of this stage is to…
T&F apologises for this error.