Journal of Integrative Neuroscience Vol. 9, No. 3

The�Journal�will promote and disseminate studies categorized under the following themes:
Theoretical methods and analytical techniques allowing integration in neuroscience (e.g., infinite dimensional nonlinear dynamical systems, theory of complexity, n-field theory, diffusion theory, category theory, graph theory);
Experimentally and mathematically integrated models of brain activity (e.g., volume transmission and deep brain stimulation, large-scale realistic cable networks of cortical and sub-cortical integration);
Functional integration of physiological control mechanisms with anatomical structure in the nervous system, central and peripheral (e.g., control and regulation in the cardio-vascular and respiratory systems, autonomic control);
Bio-engineering and experimental techniques allowing integration in neuroscience (e.g., Human-machine interface technology, brain-based devices, optical recording, multi-electrode arrays, neuroimaging);
Experimentally-based neuropsychological and neurophilosophical models (e.g., semantic ambiguity, anticipatory behavior, free will, epistemological limitations in understanding consciousness);
Applications of integration to neural pathologies and neural control physiology (e.g., brain diseases, plasticity and rehabilitation, interface between functional genomics and psychiatric illnesses).