Abstract
Colour perception is associated with the function of the Autonomic Nervous System. This is linked to the function of the physiological systems, organs, cellular and molecular biochemistry. Stress is also linked to the function of the Autonomic Nervous System and influences the stability of the physiological systems. It affects the levels of proteins and their reactive substrates which release biophotons, unique for their colour and level/ intensity, which subsequently influence visual perception. There is therefore a definable relationship between the neurosensory pathways, the autonomic nervous system and all aspects of the body’s function. The consequence is a new generation of medical technologies which regulate the natural physiological mechanisms responsible for health and wellbeing. The understanding that there are physiological systems regulated by the Autonomic Nervous System can be used to provide a viable explanation for the function of many medical techniques including those of conventional or complementary origins.
Highlights
The body is a wholly biochemical organism all biochemical influences and forms of therapeutic intervention must directly or indirectly influence the body’s prevailing biochemistry. These influence the molecular mechanisms influencing axon growth and regeneration, synaptic plasticity, development and function; the mechanisms of gene regulation in the nervous system and of protein expression; the influence of pathologies upon the neurosensory and neurovisual pathways and function; the mechanisms influencing neurodegeneration; etc. This covers a wide swathe of medical research and/or interventionist techniques e.g. cognitive and developmental psychology (CBT, NLP, etc), image and signal processing, virtual physiological human, biofeedback, pharmacology, systems biology, computational neuroscience, etc
The application of mathematical modelling is a radical innovation which encounters an understandably sceptical response. Such innovations are considered the inevitable consequence of medical research by respected figures (Brenner, 2002)
Its innovations in cognitive and developmental psychology, image and signal processing, computational neuroscience, and the computer modelling of the physiological systems and brain function, were developed by a research team led by I.G.Grakov and form the basis for its proprietary computer software
Summary
The body is a wholly biochemical organism all biochemical influences and forms of therapeutic intervention must directly or indirectly influence the body’s prevailing biochemistry. This covers a wide swathe of medical research and/or interventionist techniques e.g. cognitive and developmental psychology (CBT, NLP, etc), image and signal processing, virtual physiological human (virtual organs), biofeedback, pharmacology (pharmaceuticals, nutrition, etc), systems biology, computational neuroscience, etc.
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