Author/Editor		Stefanovska, Aneta; Bračič-Lotrič, Maja
Title		Cardiovascular dynamics - analysis and modelling of its oscillations and their synchornization
Type		članek
Source		Medicon 2001. 9th Mediterranean conference on medical and biological engineering and computing. 2nd Croatian-Slovenian meeting on biomedical engineering. 1st international conference on muscle fibre structure and function. 5th symposium of Croatian society for medical informatics (Medicine informatics 2001). Proccedings of the International federation for medical and biological engineering. Part 1, Part 2; 2001 Jun 12-15; Pula
Publication year		2001
Volume		str. 58-61
Language		eng
Abstract		Flow of blood through the cardiovascular system is characterised by five oscillatory processes. In healthy relaxed subjects their characteristic frequencies range from 0.01-1.2 Hz. Each oscillator is coupled with each of the others thus mutually influencing all their frequencies and amplitudes. Control of the cardiovascular system appears to be maintained by a fine balance between the eigenfrequencies of the oscillators, resulting in an interplay between instantaneous amplitude and frequency modulation and synchronization between their phases.
Descriptors		CARDIOVASCULAR SYSTEM RESPIRATION ELECTROCARDIOGRAPHY BLOOD PRESSURE BLOOD FLOW VELOCITY LASER-DOPPLER FLOWMETRY HEART RATE OSCILLOMETRY