首页> 外文会议>Mediterranean Conference on Medical and Biological Engineering and Computin >When the Intensive Care Ventilator Technology Reaches the Operating Room: Advancing Ventilation in Anesthesia
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When the Intensive Care Ventilator Technology Reaches the Operating Room: Advancing Ventilation in Anesthesia

机译:当密集护理呼吸机技术到达手术室时:在麻醉中推进通气

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Over the last two decades, the advances in ventilator modalities and technology have revolutionized the mechanical ventilation process. The new anesthesia ventilators constitute adaptations of machines previously used in intensive care units. In this line, the FLOW-i anesthesia ventilator has been recently developed based on the SERVO-i intensive care ventilator platform. However, the FLOW-i behavior has not been so far tested in a leaking circuit. In this study we tested FLOW-i, and compared to SERVO-i, in volume-, pressure-, and pressure-regulated volume-controlled modes (VC, PC, and PRVC, respectively) with gas flows of 6, 1, and 0.3 L/min, booth in airtight and leaking circuit. In the airtight system both ventilators behaved similarly. FLOW-i delivered preset tidal volume and maintained ventilation and circuit pressure at the same levels independently of ventilatory mode or fresh gas flow rate. In the face of a leaking circuit and in PC mode FLOW-i and SERVO-i delivered to the lung model higher tidal volumes (about 90% and 85% of set values, respectively) than in VC and PRVC modes. Additionally, delivered tidal volume did not differ from 6 to 0.3 L/min of fresh gas flow.
机译:在过去的二十年中,呼吸机模态和技术的进步彻底改变了机械通风过程。新的麻醉呼吸机构成了先前用于密集护理单位的机器的适配。在这条线中,最近已经基于伺服电气密集型护理呼吸机平台开发了流动I麻醉呼吸机。然而,在泄漏电路中尚未测试流量-I行为。在这项研究中,我们测试了流动I,并与伺服I,体积,压力和压力调节的体积控制模式(vc,pc和prvc)的伺服电,其中6,1和0.3 L / min,气密和泄漏电路中的展位。在气密系统中,两个呼吸机都表现得同样。流量-I在相同的水平下独立于通风模式或新鲜气体流速保持预设潮气量并保持通风和电路压力。在泄漏电路和PC模式流中,流量-I和伺服电路,送到肺模型更高的潮汐量(分别为设定值的约90%和85%),而不是VC和PRVC模式。此外,交付的潮气量与新鲜气体流量的6至0.3升/分钟没有不同。

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