Theory of nonlinear oscillatory dynamics

Capturing time-variable oscillatory dynamics
Characterising amplitude and phase interaction of brain waves
Networks of biological oscillations
Coupling and synchronization
Intrinsically multiscale phenomena in complex biological systems

Biology, physiology and neuroscience of oscillations

Network physiology
Temperature regulation of microvascular flow
Modelling cardio-respiratory interactions
Cellular oscillations and microvascular regulation
Multi-ion dynamics of permeation and blockade in biological ion channels
Dynamics of brain oxygenation and autonomic modulation
Cerebral autoregulation
Ageing of cardiac and vascular regulation
Metabolic regulation of microvascular flow and the cardiovascular function
Interactions between cardiovascular oscillations and brain waves

Methods for analysis

Methods for extracting dynamics from cardiovascular signals
Extracting time-variable dynamics and interactions
Entropy measures to evaluate dynamics
Surrogate testing of dynamical hypothesis
Symbolic dynamics to capture oscillations
Analysis of short and non-stationary cardiovascular time series
Fractal methods in complexity analysis
Analysing brain dynamics
Multimodal approaches for the integration of different analysis scales

Applications

Modelling HRV with application to sleep stages and other cardiovascular states
Heart rate variability and baroreflex analysis
Physiological interactions
Cardiorespiratory interactions in health and disease
Ventricular repolarization and QT analysis
Cardiac arrhythmias
Fetal maturation and well-being
Cardiovascular regulation in sleep apnoea
Cardiovascular physiology in microgravity
Cardiovascular oscillations and brain waves in anæsthesia
Cardiovascular oscillations and diabetes