Department of Biomedical Engineering, University of Texas San Antonio, San Antonio, TX 78249, USA.
Department of Emergency Medicine, University of Texas Health Science Center San Antonio, San Antonio, TX 78229, USA.
Sensors (Basel). 2022 Mar 25;22(7):2515. doi: 10.3390/s22072515.
Airway clearance refers to the clearing of any airway blockage caused due to foreign objects such as mud, gravel, and biomaterials such as blood, vomit, or teeth fragments using the technology of choice, portable suction devices. Currently available devices are either too heavy and bulky to be carried, or insufficiently powered to be useful despite being in accordance with the ISO 10079-1 standards. When applied to portable suction, the design and testing standards lack clinical relevancy, which is evidenced by how available portable suction devices are sparingly used in pre-hospital situations. Lack of clinical relevancy despite being in accordance with design/manufacturing standards arise due to little if any collaboration between those developing clinical standards and the bodies that maintain design and manufacturing standards. An updated set of standards is required that accurately reflects evidence-based requirements and specifications, which should promote valid, rational, and relevant engineering designs and manufacturing standards in consideration of the unique scenarios facing prehospital casualty care. This paper aims to critically review the existing standards for portable suction devices and propose modifications based on the evidence and requirements, especially for civilian prehospital and combat casualty care situations.
气道清除是指使用所选择的技术清除由于异物(如泥土、砾石)和生物材料(如血液、呕吐物或牙齿碎片)引起的任何气道阻塞。目前可用的设备要么太重太大而无法携带,要么功率不足,尽管符合 ISO 10079-1 标准,但却没有用武之地。当应用于便携式抽吸时,设计和测试标准缺乏临床相关性,这从现有的便携式抽吸设备在院前情况下很少使用这一事实就可以证明。尽管符合设计/制造标准,但缺乏临床相关性是因为制定临床标准的人员与维护设计和制造标准的人员之间几乎没有任何合作。需要更新一套标准,该标准准确反映基于证据的要求和规范,这应该在考虑到院前伤员救治所面临的独特情况的情况下,促进有效的、合理的和相关的工程设计和制造标准。本文旨在批判性地审查现有的便携式抽吸设备标准,并根据证据和要求提出修改建议,特别是针对民用院前和战场伤员救治情况。