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Original Research

Optimized balance rehabilitation training strategy for the elderly through an evaluation of balance characteristics in response to dynamic motions

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Pages 1645-1652 | Published online: 14 Oct 2015

Figures & data

Figure 1 Photographs and schematic diagrams of the customized balance rehabilitation training equipment.

Figure 1 Photographs and schematic diagrams of the customized balance rehabilitation training equipment.

Figure 2 The dynamic rotation of participants induced by rotation of the base plate: (A) AP, (B) RD, (C) ML, and (D) LD.

Figure 2 The dynamic rotation of participants induced by rotation of the base plate: (A) AP, (B) RD, (C) ML, and (D) LD.

Figure 3 The experimental configuration used to generate and characterize the motion of the participants.

Figure 3 The experimental configuration used to generate and characterize the motion of the participants.

Figure 4 Variations in the joint angles of the lower extremities in response to rotation of the base plate of the balance rehabilitation training equipment.

Notes: The hip joint (A), the knee joint (B), and the ankle joint (C). *Statistical significance (P<0.05).
Abbreviations: AP, anterior–posterior; RD, right-diagonal; ML, medial–lateral; LD, left-diagonal.
Figure 4 Variations in the joint angles of the lower extremities in response to rotation of the base plate of the balance rehabilitation training equipment.

Figure 5 Results of balance characteristics in response to rotation of the base plate.

Notes: The maximum deviation (A) and the deviation frequency (B). *Statistical significance (P<0.05).
Abbreviations: AP, anterior–posterior; RD, right-diagonal; ML, medial–lateral; LD, left-diagonal.
Figure 5 Results of balance characteristics in response to rotation of the base plate.