CHEN Zhen-cheng, LIU Shan-jian, ZHU Jian-ming, et al. NPRQ detection system based on MSP430F149[J]. 2016, 35(3): 124-126+129. DOI: 10.13873/J.1000-9787(2016)03-0124-03.
基于MSP430F149的NPRQ检测系统
摘要
利用CO
2
O
2
、温度、气体压强等感知技术以及蓝牙技术
设计了呼出气体数据采集终端
再利用Lab VIEW2013开发生理信号接收、显示、处理和存储的平台
研制了一种可准确便捷检测人体非蛋白呼吸商(NPRQ)检测设备。通过两部分实验
表明设备具有较高的精度和稳定性。由于该系统操作简单、性能可靠
准确度高
有望用于科研、医疗、体育、健康管理等诸多领域。
Abstract
Based on sensing technology of carbon dioxide
oxygen
temperature
gas pressure and Bluetooth communication technology
a breath gas data acquisition terminal is designed. A physiological signal receiving
displaying
processing and saving platform is developed with the tool of Lab VIEW 2013
an equipment to accurately and conveniently detect NPRQ of human body is developed. It is indicated that the equipment performs with high stability and high precision through two parts of experiment. Because of convenience and reliability
Relationship between whole-body macronutrient oxidative partitioning and pancreatic insulin secretion/β-cell function in non-diabetic humans [J] . Jose E. Galgani,Maria L. Mizgier,Andrea Mari,Eric Ravussin. Metabolism . 2014 (11)