do Carmo Dos Reis Maria, Soares Fabiano A, da Rocha Adson F, Carvalho Joao L A, Rodrigues Suélia S R
Faculdade UnB-Gama, University of Brasília, Gama-DF, Brazil.
Annu Int Conf IEEE Eng Med Biol Soc. 2010;2010:5748-51. doi: 10.1109/IEMBS.2010.5627854.
This article presents the development of a prototype insole derived from natural rubber from Hevea brasiliensis, equipped with pressure control and capable of neoformation of tissue for people who have diabetic foot. The active element of this insole is the electronic circuit that monitors the plantar pressure. In addition, on the present stage of the research, a signal irradiating cell is used based on the principle of tissue regeneration using laser. This project proposes a "smart" insole prototype with a pressure monitoring system and an electronic system for tissue regeneration, which will open a new approach in an attempt to solve the problem of diabetic foot.
本文介绍了一种由巴西橡胶树天然橡胶制成的原型鞋垫的开发情况，该鞋垫具备压力控制功能，能够促进糖尿病足患者的组织新生。此鞋垫的有源元件是监测足底压力的电子电路。此外，在研究的现阶段，基于激光组织再生原理使用了信号辐照细胞。该项目提出了一种带有压力监测系统和组织再生电子系统的“智能”鞋垫原型，这将为解决糖尿病足问题开辟一种新方法。
