an underwater data logger for recording O(2) saturation (reflective pulsoxymetry), two-channel ECG, depth and temperature;
Improving the safety of diving and increasing knowledge about the adaptation of the human body to underwater and hyperbaric environment require specifically developed underwater instrumentation for physiological measurements. In fact, none of the routine clinical devices for health control is suitable for in-water and/or under-pressure operation. The present paper addresses novel technological acquisitions and the development of three dedicated devices:
Advanced instrumentation for research in diving and hyperbaric medicine
Benassi Antonio;Passera Mirko;Bedini Remo
2010
Abstract
Improving the safety of diving and increasing knowledge about the adaptation of the human body to underwater and hyperbaric environment require specifically developed underwater instrumentation for physiological measurements. In fact, none of the routine clinical devices for health control is suitable for in-water and/or under-pressure operation. The present paper addresses novel technological acquisitions and the development of three dedicated devices:File in questo prodotto:
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