Add to ORKGSeveral coupled and nonlinear controlling mechanisms are involved in the regulation of blood pressure. The possible presence of chaos in physiological signals has been the subject of some research. In this study, blood pressure signals were analysed using a range of nonlinear time series analysis techniques. Individual effectors of blood pressure were either experimentally removed or enhanced, so that the controlling mechanisms that are responsible for the chaotic nature of the signals may be identified by chaotic analysis of the signals. The level of chaos varied across the different experimental conditions, showing a distinct decrease from control conditions to all other experimental conditions
The human cardiovascular system governs the heart rate and blood pressure. A neural sensor called t...
Abstract- In this study, we analyze the characteristic of biological signals using nonlinear data an...
The observation of biological systems suggests the hypothesis that nonlinear mechanisms could be inv...
Several coupled and nonlinear controlling mechanisms are involved in the regulation of blood pressur...
Abstract: Several coupled and nonlinear controlling mechanisms are involved in the regulation of blo...
A number of control mechanisms are comprised within blood pressure regulation, ranging from events o...
Abstract-The relationships between the carotid barore-flex and the nonlinear chaotic dynamics of sho...
This book reports on the latest advances in complex and nonlinear cardiovascular physiology aimed at...
dynamical behavior of the CVS as they are revealed by the behavior of. D2 A simple continuous nonlin...
Rhythmic changes of blood pressure, heart rate, and other cardiovascular measures have drawn the att...
Abstract Systemic blood pressure (BP) may oscillate for homeostatic needs (equilibrium by constancy)...
Our universe is a complex system. It is made up of many moving parts as a dynamic, multifaceted mach...
Abstract:Heart rate variability (HRV) is the physiological phenomenon of variation in the time inter...
Chronic high blood pressure can cause damages to the cardiovascular system. Linear analysis of hyper...
The CVS is composed of numerous interacting and dynamically regulated physiological subsystems which...
The human cardiovascular system governs the heart rate and blood pressure. A neural sensor called t...
Abstract- In this study, we analyze the characteristic of biological signals using nonlinear data an...
The observation of biological systems suggests the hypothesis that nonlinear mechanisms could be inv...
Several coupled and nonlinear controlling mechanisms are involved in the regulation of blood pressur...
Abstract: Several coupled and nonlinear controlling mechanisms are involved in the regulation of blo...
A number of control mechanisms are comprised within blood pressure regulation, ranging from events o...
Abstract-The relationships between the carotid barore-flex and the nonlinear chaotic dynamics of sho...
This book reports on the latest advances in complex and nonlinear cardiovascular physiology aimed at...
dynamical behavior of the CVS as they are revealed by the behavior of. D2 A simple continuous nonlin...
Rhythmic changes of blood pressure, heart rate, and other cardiovascular measures have drawn the att...
Abstract Systemic blood pressure (BP) may oscillate for homeostatic needs (equilibrium by constancy)...
Our universe is a complex system. It is made up of many moving parts as a dynamic, multifaceted mach...
Abstract:Heart rate variability (HRV) is the physiological phenomenon of variation in the time inter...
Chronic high blood pressure can cause damages to the cardiovascular system. Linear analysis of hyper...
The CVS is composed of numerous interacting and dynamically regulated physiological subsystems which...
The human cardiovascular system governs the heart rate and blood pressure. A neural sensor called t...
Abstract- In this study, we analyze the characteristic of biological signals using nonlinear data an...
The observation of biological systems suggests the hypothesis that nonlinear mechanisms could be inv...