The hug is universal. The embrace is versatile, used by Premier Keto people from all over the world to express everything from joy and affection to sadness and despair. During times of social, emotional and mental agitation, people seek comfort and social cohesion. Some people believe that embracing is the heart of humanity because it has the ability to transcend race, religion, sex and age. In fact, being a professional admirer and / or admirer is legitimate.
Professional scammers and love lovers offer hug benefits to people throughout their different lives. For example, some specialists use this tactile therapy in premature babies in neonatal intensive care units. Hughes and other victims focus on caring for the elderly or the elderly, while others are available to hire by anyone who needs a human touch.
Similarly, Ken Nawadiki, a Premier Keto Diet peace activist and founder of Free Freedom, attends marches and protests to spread love and compassion. During the 2016 protests in Charlotte, North Carolina, Noadayk wore a “free hug” shirt and was picked up to take part in the hugs during riots, protests and passion. Benefits of Hugs + Sensory Path
Hugs: Sensory track
To understand the benefits of hugs, we first have to take a look at the sensory path. When the individual embraces the sensory receptors in the skin they activate. There are many sensory receptors within the skin that respond to the touch or deformation of the skin. Along with the sensory receptors, there are also sensory nerves that sensitize the skin and respond to touch. A particular game, in particular, C-tactile neutralization, plays an important role in the effects of hugs and touches. Afferent afferents are found in the hairy skin and respond optimally to a low intensity angular touch and have been shown to shoot harder on what people perceive as a nice touch (1).
The tactile hypothesis
These sensory nerves also play a prominent role in the tactile hypothesis. This hypothesis states that sensory nerves have evolved to indicate the equivalent value of physical contact. (1)
Once activated, the sensory receptors and nerves transform the mechanical stimulation into electrical and chemical signals that travel through the peripheral nerve to the spinal cord and continue on the opposite side of the brain. This is done by one of two parallel parallel tracks. The first clue, linked to sensory information, provides quick details about the vibration, pressure and location of the alarm. Then it is delivered to the region of the brain that collects all the concrete information for the treatment, the somatosensory cortex.
The surface of the somatosensory cortex is a map of the body, known as the homunculus, which processes the tactile information of sensory nerves and tactile receptors. This information tells the person where the contact occurred, as well as whether the touch type is clicking, clicking or in the previous game.
The second track is slower and activates the brain regions associated with the following: