Applicator Kuznetsova N144 26cm X 56cm

Description

The Tibetan Applicator massager (the new Kuznetsov Applicator) is designed to perform needle massage procedures. Needle massage affects individual parts of the body and organs, as well as reflexively on all body systems.
The first mention of the therapeutic effect with the help of many needles can be found in medical treatises of ancient China and Tibet. In the 80s of the last century, the term ?needle massage? was introduced into modern medical practice by the enthusiast of this area of ??medicine, the creator of the first modern needle applicator, Ivan Kuznetsov.
In scientific studies conducted by domestic and foreign experts, five main mechanisms of the effect of needle massage on the human body are distinguished:

Vasodilator effect
Distracting action
Reflex effect on Zakharyin-Geda zones
Reflex effect on active zones (points) on the feet and palms
Reflex launch of the body’s universal defense reactions

1. Vasodilator effect
From the spinal cord (spine) throughout the body, long processes diverge – nerve fibers called axons. Axons serve as a kind of “electrical wires” through which the nervous system receives or sends signals. At a certain distance from the spinal cord, the axon wires begin to branch, as if sprouting in separate branches through various organs, including through the skin. At the end of each such “branch” is a nerve ending.
To understand how the nervous system works, imagine that you touched a hot kettle with your hand. At the same second, numerous nerve endings on the surface of the skin begin to send axon signals to the spinal cord. The central nervous system (spinal cord and brain) processes the information received and gives the command to pull the hand back.
The vasodilating effect of needle massage is associated with the so-called ?axon reflex?. This reflex was laboratory confirmed and described as far back as 1893 by the English physiologist J. N. Langley, who gave it the name. The essence of the axon reflex with respect to needle massage is as follows: the signal caused by a needle injection and going along the axon from the nerve ending on the surface of the skin to the spinal cord, at the site of axon branching, passes to neighboring axon branches and begins to move in the opposite direction, reaching As a result, to their endings (see. Figure). As a result, biologically active substances (peptides) are released at these endings, which cause, among other things, vasodilation. Vasodilation leads to increased blood supply (plethora, hyperemia), improved tissue nutrition, accelerated metabolism (metabolism) and recovery processes.

The image is illustrative