DocumentCode
636842
Title
Biofeedback baropodometry training evaluation: A study with children with equinus foot deformity
Author
Gomes, Leonardo G. ; Scremim, Reginato ; de Souza, Mauren A. ; Gamba, Humberto Remigio
Author_Institution
Fed. Technol. Univ. Of Parana, Rebouças, Brazil
fYear
2013
fDate
3-7 July 2013
Firstpage
5914
Lastpage
5917
Abstract
The lack of perception in the hindfoot increases the plantar flexion, causing irregular posture due to the foot position, a disability known as equinus foot deformity. A portable device, named baropodometer, that measures the pressure at the forefoot and hindfoot regions was built to help this population in terms of balance and posture correction. Ten hemiparetic teenager volunteers with equinus foot participated in the experiments. The results demonstrated that the proposed device increased the weight-bearing in upright stance in the paretic side, decreasing the weight in the non-paretic side. After 10 experimental sessions, performed along 6 months, the distribution of the pressure in the lower limbs was very similar. The baropodometer facilitates the rehabilitation, by biofeedbacking the pressure of the calcaneus, using the volunteer´s audiovisual system. The rehabilitation using the proposed device was able to recover the balance by posture correction, facilitating future gait training of these volunteers.
Keywords
biomechanics; biomedical equipment; biomedical measurement; diseases; feedback; mechanoception; paediatrics; patient rehabilitation; pressure measurement; balance correction; baropodometer; biofeedback baropodometry training evaluation; calcaneus; child rehabilitation; equinus foot deformity; foot position; forefoot region; gait training; hemiparetic teenager volunteer; hindfoot perception; hindfoot region; irregular posture; lower limb pressure distribution; nonparetic side weight; paretic side weight-bearing; plantar flexion; portable device; posture correction; pressure biofeedbacking; pressure measurement; time 6 month; upright stance; volunteer audiovisual system; Foot; Light emitting diodes; Muscles; Piezoresistance; Pressure measurement; Sensors; Training;
fLanguage
English
Publisher
ieee
Conference_Titel
Engineering in Medicine and Biology Society (EMBC), 2013 35th Annual International Conference of the IEEE
Conference_Location
Osaka
ISSN
1557-170X
Type
conf
DOI
10.1109/EMBC.2013.6610898
Filename
6610898
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