基于腕部无线生命监测系统的新生儿重症监护病房环境下早产儿持续评估

N. Sriraam, S. Gupta, T. S, Pradeep Gcm
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引用次数: 1

摘要

在新生儿重症监护病房(NICU)进行持续生命监测是了解早产儿入院风险状况的必要条件。虽然现有各种生命监测系统,但在资源有限的情况下,对满足需求的需求仍然很大。本研究建议开发一种基于腕关节的医疗级塑料外壳设计和基于脚踝的医疗级纺织品和维可牢带制造的无线生命监测系统,用于连续评估早产儿,可以测量SPO2,心率和温度。研制了两种原型装置,一种是踝关节带式,另一种是手腕式,并将其性能与标准的便携式导线式病人监护系统进行了比较。经过伦理许可后,这些原型在123名早产儿身上进行了为期10个月的测试。我们观察到,开发的原型在关键参数方面与临床标准系统相当,设计的原型需要在新生儿中进行验证,然后再引入更多的临床常规进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wrist Based Wireless Vital Monitoring System for Continuous Assessment of Pre-term Neonates in NICU Environment
Continuous vital monitoring at neonatal intensive care unit (NICU)is inevitable to know the risk status of the pre-term neonates being admitted. Though various vital monitoring system are existing, there is still a huge demand towards meetings the requirements for resource constrained settings. This study suggests development of wrist based designed with medical grade plastic enclosure and an ankle based fabricated using medical grade textile and Velcro strap wireless vital monitoring system for continuous assessment of preterm neonates that can measure SPO2, heartrate and temperature. Two variant of prototype one for ankle band and another wrist based have been developed and its performance were compared with the standard portable wire-based patient monitoring system. The prototypes were tested with 123 preterm neonates over a period of 10 months after due ethical clearance. It was observed that the developed prototypes yield comparable to that of clinical standard system in terms of vital parameters and the designed prototype needs to be validated with neonates before introduction to the more clinical routine for assessment.
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