Stress Indicator Point System (SIPS) is a simple yet powerful Kinesiology discipline that explores the relationship between the subtle body energy states of the esoteric systems and the concrete electrical structures of the cells of the physical human body. It uncovers links between stress, resistance to healing and the Universal Law of Electrical Energy. Ian Stubbings created SIPS based on an understanding that cells are the basic unit of life, that the human cell is electric and each cell has its own unique optimum vibrational frequency. SIPS proposes that the body is comprised of cells acting as electrical oscillating circuits, generating electricity fields which in turn creates magnetic energy fields around the body which are known as Chakras, Meridians and Auric Fields. SIPS explores the relationship between the different layers of these Energy fields and their connection to the physical, emotional, mental and spiritual aspects of our personality and identity. By using a simple and direct protocol, SIPS increases the efficacy and efficiency of all your existing Kinesiology Tools.

SIPS Kinesiology is one of the most innovative and powerful kinesiology techniques to be developed in recent years. It is a brillant breakthrough that will change your working practices and enhance all your existing clinical skills. The SIPS techniques will have immediate applications to all your balancing, and you will find them very easy to assimilate into your current clinical procedures.

Pre-Requisites
Successful completion of Touch For Health 1 - 2 is a pre-requisite for this course.

What you will learn
In SIPS 1 you will discover and work with the SIPS protocol on the physical layers of stress in the body.

You will learn how to...
Balance over and under facilitated muscles, tendons and ligaments.

Balance primal emotions of the limbic system.

Why the body resists healing

Reduce pain in the body tissues

Balance a knee joint using the surrounding 21 major muscles.

Balance all major joints in the body to significantly improve their function.