How Oxytocin Works

Contributed by: Dr. Kleinmann, German Institute of Physics, Hamburg, Germany

Oxytocin is created within the mangocellular neurosecretory cells, and without further Latin descriptions, released throughout the body into the bloodstream, specifically to the brain, where the neurons pick up the oxytocin through the paraventricular nucleus, the part of the brain that processes oxytocin.

Oxytocin originates from primates, including mammals and primates, in which the evolution of the human species is included. In the past, oxytocin played an important role with the bonding between species, specifically within relationships of important matter. More oxytocin is being released when trust levels rise, which store a positive experience with specific individuals after each release.

Throughout the thousands of years, oxytocin has become less important to human beings as the human senses have developed and our consciousness, awareness and intelligence have increased, lowering the dependence on oxytocin, and slowly disabling the organs that process them. Although the organs have not yet disappeared, its function has been left much unused for as long as civilization has developed and grown.

However, during intense human contact oxytocin is  still being released, and have a lasting effect varying from 7 to 18 days. Unfortunately, the physical contact between persons needs to be intensely active, for example during intercourse. It is possible however, to release oxytocin on a more consistent and user-specific basis. Oxytocin can be released as well as from within the body, to the body itself, and extracted through skin contact.

Today’s science also offers the ability to release oxytocin from a level outside of the body. Oxytocin can be extracted and stored in liquicronic substance, in which the oxytocin remains active for approximately 6 to 9 weeks. During this activity, oxytocin can be applied to common matter such as skin, clothing, hair, and most other absorbent material. Often stored oxytocin is used to control and apply them to specific situations, as a replacement or additive to the low human oxytocin level.