Provost B, Sawan M
Department of Electrical and Computer Engineer, Ecole Polytechnique de Montréal, Québec, Canada.
Med Biol Eng Comput. 1997 Nov;35(6):691-4. doi: 10.1007/BF02510979.
A new implantable bladder volume-monitoring device based on the impedance measurement of the detrusor muscle is described. The system is completely autonomous and forms a mixed-signal (analogue/digital) feedback loop with a neuro-stimulator to rectify bladder dysfunctions (incontinence and retention) through neuromuscular stimulation techniques. A programmable instrumentation amplifier and a signal processing block, to eliminate the artefacts caused by the patient's movements, have been designed and tested. The layout for the signal processing block has been realised in 0.8 micron BiCMOS technology.
描述了一种基于逼尿肌阻抗测量的新型可植入膀胱容量监测装置。该系统完全自主运行,并与神经刺激器形成混合信号(模拟/数字)反馈回路,通过神经肌肉刺激技术纠正膀胱功能障碍(尿失禁和尿潴留)。已设计并测试了一个可编程仪表放大器和一个信号处理模块,以消除患者运动引起的伪影。信号处理模块的版图已采用0.8微米BiCMOS技术实现。