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Biomedical Applications of Selected Ion Monitoring
Applied Spectroscopy Reviews, 1975Abstract In 1961 Henneberg [1] employed selected ion monitoring (SIM) to study hydrocarbons eluting from a gas chromatographic column, and in 1966 the first biological application was reported by Sweeley, Elliott, Fries, and Ryhage [2]. Since these efforts and the early impetus given by Hammar, Holmstedt, and co-workers [3–6], SIM has found widespread ...
Fred C. Falkner +2 more
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Biomedical analytical monitor of artificial kidney operation: Monitoring of creatinine removal
Journal of Pharmaceutical and Biomedical Analysis, 2016A general concept for the development of flow analysis system for non-invasive, bloodless monitoring of uremic toxins' removal in the course of clinical hemodialysis treatment is presented. The monitor operates in both (discrete and continuous) modes of measurements. In this study as a model uremic marker creatinine has been chosen.
Michał, Michalec +2 more
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A mobile-based approach to monitor biomedical signals
2015 Medical Technologies National Conference (TIPTEKNO), 2015It developed a model of the human body makes any smart phone that supports the Bluetooth low energy technology process signals sent via the Bluetooth connection of the signals received by sensors (electrode) placed on certain areas. This model, miniature, a flexible substrate that provides low power consumption, low energy-based uses wireless ...
YALMAN, Sakine +2 more
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A versatile biosensor device for continuous biomedical monitoring
Biosensors and Bioelectronics, 2001Although biosensors are by means suitable for continuous biomedical monitoring, due to fouling and blood clotting, in vivo performance is far from optimal. For this reason, ultrafiltration, microdialysis or open tubular flow is frequently used as interface.
Rhemrev-Boom, M. M. +4 more
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Body Surface Mounted Biomedical Monitoring System using Bluetooth
2007 29th Annual International Conference of the IEEE Engineering in Medicine and Biology Society, 2007Continuous monitoring in daily life is important for the health condition control of the elderly. However, portable or wearable devices need to carry by user on their own will. On the other hand, implantation sensors are not adoptable, because of generic users dislike to insert the any object in the body for monitoring.
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Optoacoustics for biomedical sensing, monitoring, and imaging
The Journal of the Acoustical Society of America, 2008Optoacoustics can provide diagnostic information with high optical contrast and ultrasound resolution. It is based on detection of broadband ultrasound induced by short optical pulses and utilizes absorption contrast in tissues. We proposed and developed sensing, monitoring, and imaging optoacoustic systems for in a variety of biomedical applications ...
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Magnetoelastic Sensors for Biomedical Monitoring
Sensor Letters, 2005Keat Ghee Ong +3 more
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Integrated Biomedical System for Ubiquitous Health Monitoring
2007We propose a distributed system that enables global and ubiquitous health monitoring of patients. The biomedical data will be collected by wearable health diagnostic devices, which will include various types of sensors and will be transmitted towards the corresponding Health Monitoring Centers. The permanent medical data of patients will be kept in the
Arjan Durresi +3 more
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Wearable sensing devices for unobtrusive biomedical monitoring
2015 IEEE CPMT Symposium Japan (ICSJ), 2015Wearable sensing devices suitable for continuous and stable biomedical monitoring are presented. Their advantages are biocompatibility and compactness for easy wearing. One device is a T-shirt-type heart rate or electrocardiogram sensor that features a biocompatible fabric electrode called “hitoe”.
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