From the beginning I’ve known that I would have to do a lot of taps to release the tension in a body and also in turn have a positive effect on someone’s health and energy.
My mom uses a form of this therapy called tactile reassociation, which is a process that she discovered (apparently) during a carefree drive around town one weekend in the early 90’s. Since then, it never ceases to amaze me that things can be emitted from the inside without you even having to say a word. In this case, it’s actually a incredibly relaxing and deep technique that utilizes the power of touch to directly connect and interact with our internal systems and environments.
It never ceased to amaze me that tapping can have such a profound, even miraculous, effect on people; a technique that instantly transforms the way we move, feel, think, and act.
The Threelac’droidine, a hand-held form of vibration therapy developed by a chiropractor out of the TB Horton Institute, uses a form of vibration therapy that has been encoded into the wrist. This vibration therapy uses the principles of resonance and vibration therapy, and has been proven to help relieve pain and tension in the neck, shoulders, elbows, hips, and knees. The product is designed to provide additional relief from body aches, body pains, and general discomfort. Whether you’re looking to cure your ailments or you just want to reduce your body’s overall level of discomfort, it’s the Threelac’droidine that provides the powerful background sound you need, and it’s the Threelac’droidine that can help you. A site introducing vibration therapy of Gangnam Massage (https://runbest101.blog)
I’ve written earlier articles about Vibration Therapy, and one of the major theories I established back in May of 1994 was that the speed of sound inversion and the depth of sound transmission through tissue can create a number of different states depending upon the state of the tissue (rible, dry, greasy, tight, etc.). One of the states observed is when the tissue is in a state of thermal balance – when it is hot but not glowing or smoking – when it is cold but not black. This is the state we are in when we are out in the summer, and it is the state we are in when we go inside to the fireplace after the long winter. I have been noting ever since that whenever I went from a cold state to a hot state (and vice versa) whether it be after running or after a hike, the change in temperature was followed by a change in tone in my neck. It never failed, and I asked many people for their experiences. Everyone seemed to have their own idea of what happens, but what is the most common? That the state shifts from ‘dry’ to ‘hot’.
It doesn’t make sense, right? Why would hot dry tissue be more ‘relaxed’ than cold dry? There must be some kind of mechanism behind it. If so, what is it? Well, there are a couple of things we know. Heat is the major energy source at the end of the summer (while in theeast), and radiant heat is needed at the start of the winter. While it may be prevalent during these times, it isn’t the only state we can expect to see. As we wait for the ice to melt, we should be preparing for a shift in temperature. Another major energy source at these times will be the cold. However, rather than having the ice and the cold co-mingling, they are instead completely separate. There is no Heat/ Cold shift in nature. Everything warms and relaxes when the appropriate humidity and heat are present. If we fail to provide the correct humidity and heat (and thus the correct humidity and vapor density), the old neti pot model (where moisture is assigned the value of ‘water’ because like water the person feels its temperature) doesn’t work. And simply stated – it isn’t a good fit.
Heating and cooling are two completely different terms. Heat is the term that describes when something passes the point of vaporization. We understand that as the water begins to boil. We could then speak of the boiling moisture (of water or other liquids) that would be the result of friction and movement. This would be identical to what occurs when one object (such as the stone) is put in a hot bath as the molecules can become very hot and cause steaming as they resist being separation, but can relax and then be chilled when the heat source is removed. We achieve cooling when the stone reaches the surface or is put into a cooler state colder state. The required temperatures differ in areas where the stone cools cool or water and it is almost the stone is frozen.