在中央军事医院开发一种无创装置,用于电刺激尿失禁患者的胫骨后神经-波哥大2020

Tito Alberto Nuncira Gacharna, John Carlos Ariza Vargas, Yeison Javier Fonseca Rojas, Maria Eugenia Lambertinez Rivera, Mateo Tejada Hernández, Vanessa Hernández Vásquez, Joffre Alejandro Guzmán Laguna, Mónica Andrea Lopez Gonzalez, Hernando Hernandez Silva, Robinson Fabian Trujillo
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引用次数: 0

摘要

在美国,大约30%的男性和40%的女性患有膀胱过动症(OB)。它的特点是需要增加紧急排尿,这往往导致尿的不自主泄漏。另一方面,有证据表明OB患者缺乏对传统治疗的坚持,其中大多数是侵入性或药物治疗。因此,我们的目标是开发一种非侵入性的便携式设备,刺激胫骨后神经来治疗OB引起的尿失禁。我们提出了一个五阶段的方法来开发这个项目。第一阶段是确定OB人群的需求。第二阶段是模拟原型的仿真。第三阶段是模拟电刺激样机的设计与构建。在第四阶段,确定了规划模拟器件数字化的技术和电子元件。最后,在第五阶段,计划进行临床试验,通过刺激胫骨后神经来测试该装置在OB尿失禁中的疗效和效果。初步结果是在项目的第三阶段,其中低成本的模拟和便携式原型开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Non-Invasive Device for Electro-Stimulation of the Posterior Tibial Nerve in Patients with Urinary Incontinence at the Central Military Hospital - Bogota 2020
Overactive bladder (OB) is a condition that affects about 30 percent of men and 40 percent of women in the United States. It is characterized by an increased need for urgent urination, which often causes involuntary leakage of urine. On the other hand, there is evidence of a lack of adherence to conventional treatments for OB patients, most of which are invasive or medicated. For this reason, the goal is to develop a non-invasive, portable device that will stimulate the posterior tibial nerve for the management of urinary incontinence caused by OB. A five-stage methodology is proposed for the development of this project. The first stage is to identify the needs of the population with OB. The second stage is the simulation of the analogue prototype. The third stage is the design and construction of the analogical electro-stimulation prototype. In the fourth stage, the technical and electronic components for planning the digitization of the analog device are identified. Finally, in the fifth stage, a clinical trial is planned to test the device’s efficacy and effectiveness in OB urinary incontinence by stimulating the posterior tibial nerve. The preliminary result is in phase three of the project in which the low-cost analogue and portable prototype was developed.
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