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It is composed of a control panel and a computer capable of communicating with the tissues and the nervous system, through AI-guided feedback. Through a complex analysis, the energy-deficient areas are identified and their natural physiological balance restored. The Algonix method is based on a rebalancing of the bioelectric potentials of our body cells. This method does not interfere with and does not over stimulate our cell system in any way, but simply helps the body accelerate its natural healing processes.
What can the Algonix do?
  
The software of the algonix is the result of 30 years of bioelectrical measuring of a great range of pathologies, and of conductivity and conduction velocity performed at US hospitals. The algonix software listed ranges from generic (see “Range I”, II, III, etc. or “Musculoskeletal”) to software focused on a specific disease, e.g. “urinary infection (cystitis) and prostatitis”.
The software consists of Artificial Intelligence (AI) calculation algorithms, a feature that allows the selected program to learn from the condition it is reading and thus to adapt. This means that each generic program changes after a few instants of stimulation by adjusting to the characteristics of the particular pathology so as to provide a corrective response. Obviously, when the control panel is reset the algorithm returns to the default. Any of the generic programs can treat any affection of the musculoskeletal and neuromuscular system; it is just a matter of the time taken for it to develop (and the RAM available).
Since a selection may be made from a range of specific therapies, a large number of treatments can be carried out. These include regulation of the autonomic nervous system through excitation of centripetal fibers (sensory nerves) passing to efferent nerves, i.e. motor nerves, sympathetic and parasympathetic nervous system.
While the reflexes of motor nerves do not have great clinical significance, except in pain management, the reflexes of autonomic nerves have a considerable therapeutic impact, since they control the balance of many functions of the body:
- control of the circulatory system
- control of secretion, assimilation and elimination of digestive juices
- direct and indirect influence on endocrine glands
- influence on muscle tone, white and red blood cells and blood platelets
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