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A versatile fast-development platform applied to closed-loop diaphragmatic pacing

机译:应用于闭环膜膈起搏的多功能快速开发平台

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People with cervical spinal cord injury have partial or complete loss of ventilatory control and require ventilator assist. Open-loop diaphragmatic pacing can be utilized to provide this assist. A closed-loop diaphragmatic pacing system could overcome the drawbacks for manual titration of the stimulation and respond to changing ventilatory requirements. We have developed a versatile custom hardware platform dubbed “Multimed” for biosignal acquisition and parallel real-time computation, data display and storage. We have also developed a new rodent model for diaphragmatic pacing. Using these we illustrate, to our knowledge for the first-time, the successful ability to perform respiratory flow-phase triggered closed-loop diaphragmatic stimulation with resultant changes in respiratory flow and tidal volume.
机译:宫颈脊髓损伤的人有部分或完全损失通风控制,需要呼吸机辅助。开环隔膜起搏可用于提供此辅助。闭环隔膜起搏系统可以克服手动滴定刺激的缺点,并响应不断变化的通风要求。我们开发了一个多功能的定制硬件平台,为生物资源采集和并行实时计算,数据显示和存储。我们还开发了一种用于隔膜起搏的新啮齿动物模型。使用这些我们说明了我们对第一次进行的知识,在呼吸流动和潮气量的所产生的变化中成功地进行呼吸流相触发闭环膜刺激的成功能力。

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