Search for dissertations about: "Cardiac monitoring"
Showing result 1 - 5 of 106 swedish dissertations containing the words Cardiac monitoring.
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1. Minimally invasive cardiorespiratory monitoring and lung recruitment manoeuvres. Studies in animals and humans
Abstract : Background: The maintenance of adequate oxygen delivery is essential to preserve organ function. The circulatory and respiratory systems interact closely to accomplish this. Optimising the function of these systems is of fundamental importance in critically ill patients. This requires adequate monitoring techniques. READ MORE
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2. Physiology of Adventure Racing : with emphasis on circulatory response and cardiac fatigue
Abstract : The overall aims of this thesis were to elucidate the circulatory responses to ultra-endurance exercise (Adventure Racing), and furthermore, to contribute to the clarification of the so called “exercise-induced cardiac fatigue” in relation to said exercise. An Adventure race (AR) varies in duration from six hours to over six days, in which the participants have to navigate through a number of check-points over a pre-set course, using a combination of three or more endurance/outdoor sports, e. READ MORE
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3. Monitoring with end-tidal oxygen
Abstract : .... READ MORE
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4. Electroencephalography for neurological prognostication after cardiac arrest
Abstract : This thesis focuses on the prognostic value of electroencephalography(EEG) in comatose patients resuscitated after cardiac arrest (CA), using both simplified continuous EEG monitoring (cEEG) and routine EEG. Background: Comatose survivors are admitted to an intensive care unit (ICU) to support vital functions. READ MORE
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5. Computer-based detection of cardiac arrhythmias : methods and systems
Abstract : The aim of this study was to develop methods and systems which could improve the accuracy or arrhythmia monitoring and analysis of long-term ECGs and eliminate or reduce the need for continuous visual ECG screening. The detection of arrhythmias was based on an automatic classification of heart beats, using waveform features obtained from a basis signals representation. READ MORE