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14. Complex life
| 14.11 |
A greater explanation of the CYTO neural system
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| The CYTO neural system is the name given to the primary and oldest neural system within an organism. | ||
| In a single or mono neural organism such as a jellyfish, or worm, it the cyto neural system may be networked via a cross wiring effect, or the bundling of central neural communication via a basic kind of neural tube. | ||
| In a dual neural system organism, the CYTO system always aggregates itself into a more sophisticated central wiring system of major communication trunks and arteries. | ||
| In a triple neural or vertebrate organism, the CYTO system is the central nervous system or the spine. | ||
| Cyto neurons as the oldest and wisest neurons | ||
| Cyto neurons are by definition, the oldest and most sophisticated of the neural systems. In advanced triple neural systems, the network themselves into a tight membrane, we call the neuro ganglia, that form massive connections down and through the spinal column. Not only does this insulation provide protection against the elements, but enables CYTO neurons to communicate instantaneously the length of a spine- the same principles exhibited by the fusing of ancient skin cells and electrical activity. | ||
| Cyto system as the centre of active awake intelligence | ||
| The Cyto system in vertebrates is the active- waking intelligence of the organism, responsible for the complex coordination of a multi-billion cellular organism efficiently. Its job being strongly contained, enables the other neural systems to specialize. | ||
| The name CYTO | ||
| The name CYTO is used to represent the connection between the neural system and its function in parallel to the single cell- the prototype of life. In a single cell, it is the cytoskeleton that is the centre of intelligence and process | ||
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