Science

The KKT Treatment uses sound-generated waves to relieve pain and help restore the workings of the body by improving spinal re-positioning of the back, shoulders, and pelvis, while enhancing the health of the spinal discs, ligaments and muscles. The KKT Treatment has a positive impact on gene encoding proteins which are essential to spinal disc health.
KKT Vs. Conventional Treatments
KKT IMPROVES SPINAL CONDITIONS BY
SPINAL RE-POSITIONING
- Restore proper biomechanics of the spine by shifting the vertebrae to their normal pivoting point over the adjacent vertebra.
- Vertebral bodies have a normal axis as a fulcrum point that is used during vertebral movements. In most cases of spinal pain, these fulcrum points are moved to an abnormal position.
- KKT moves vertebral bodies through gentle frequencies to restore the vertebrae back to the normal position and correct the anatomic and bio-mechanical function.
- This helps to maintain equal pressure on all sides of the disc and prevents tearing, rupturing and degeneration as well as displacement of the disc material to any one side.
- Post treatment, the spine is a biomechanically more stable structure, therefore reducing the potential for on-going damage.
UP REGULATION OF SPECIFIC GENES ENCODING PROTEINS OF THE DISC
- In controlled scientific studies, it has been demonstrated that KKT has a positive impact on genes encoding proteins which are essential to disc health.
- KKT achieves this outcome by influencing gene expression in controlled bovine studies.
- These proteins, the aggrecan, versican and collagen type II, decrease as we age and through trauma.

- Restore proper biomechanics of the spine by shifting the vertebrae to their normal pivoting point over the adjacent vertebra.
- Vertebral bodies have a normal axis as a fulcrum point that is used during vertebral movements. In most cases of spinal pain, these fulcrum points are moved to an abnormal position.
- KKT moves vertebral bodies through gentle frequencies to restore the vertebrae back to the normal position and correct the anatomic and bio-mechanical function.
- This helps to maintain equal pressure on all sides of the disc and prevents tearing, rupturing and degeneration as well as displacement of the disc material to any one side.
- Post treatment, the spine is a biomechanically more stable structure, therefore reducing the potential for on-going damage.
- In controlled scientific studies, it has been demonstrated that KKT has a positive impact on genes encoding proteins which are essential to disc health.
- KKT achieves this outcome by influencing gene expression in controlled bovine studies.
- These proteins, the aggrecan, versican and collagen type II, decrease as we age and through trauma.
