Soft-tissue release (STR) is a treatment for chronic and acute conditions to breaks up the fibrotic and adhered mass of scar tissue when muscles return to natural resting length. The client is placed in a particular position then muscles begin to stretch in a specific direction or plane.
Chronic low back pain and whiplash injuries
The exact location of the injury will be defined, a determined pressure is applied directly in affected tissue or along a specific line of injury. At the same time, the client is given instructions that engage the antagonist of the muscles involved. The muscle is extended from a fixed position in a determined direction under a pinpoint of pressure. Performed on the massage table, lotion or oil may be applied.
Immediate release from the pain
Soft-tissue release (STR) is a powerful injury treatment technique. Recovery rates once considered impossible by traditional therapists and sports medicine doctors were achieved, through methods based on European osteopathy techniques, along with insights from quantum physics. In recent years, STR has been given clinical application for chronic low back pain and whiplash injuries. STR deals directly with the reasons for soft tissue dysfunctions and subsequent referred pain and nerve entrapment. In acute conditions, STR affects the insidious way scar tissue is formed, and in chronic conditions, STR breaks up the fibrotic and adhered mass of scar tissue to quickly allow the muscle to return to its natural resting length.
Treatment Benefits
Relieves chronic & acute muscles pain
Breaks up fibrotic, adhered of scar tissue
Reduces pain /inflammation response of soft tissue
Prevents the form of scar tissue Increases mobility
BASIC
Soft-tissue release Massage
60 min
$110
A treatment for chronic and acute conditions to breaks up the fibrotic and adhered mass of scar tissue when muscles return to natural resting length.
DELUXE
Soft-tissue release Massage
120 min
$185
A treatment for chronic and acute conditions to breaks up the fibrotic and adhered mass of scar tissue when muscles return to natural resting length.