A comprehensive musculoskeletal evaluation will be performed to determine limitations, treatments and an individualized plan of care.

A treatment using thin acupuncture needles inserted into relieve trigger point pain, reduce muscle spasm, facilitate capsular healing and reduce inflammation.

A skilled myofascial intervention with stainless steel tools used for detection and treatment of soft-tissue disorders.

This includes myofascial release, joint mobilizations, stretching and other manual therapies to reduce musculoskeletal pain and increase range of motion.

A therapeutic taping technique that facilitates the body’s natural healing while providing support to muscles and joints that reduce pain, facilitates lymphatic drainage and encourage mobility.

This high-powered laser penetrates for pain relief and deep tissue healing of tendonitis and other myopathies.

Individualized therapeutic exercises used to restore and promote physical function as well as, prevent and reduce re-injury.

This Is a non-invasive therapy that delivers low energy acoustic sound waves to produce a therapeutic effect in tendons and muscles for pain reduction, tissue healing and improve mobility and function.

A device that integrates therapeutic ultrasound and electrical stimulation for detection of trigger points, reduce spasm and fibrosis in soft tissue and promotes healing.

This is a device that delivers high frequency, mechanical vibrations for nerve desensitization in weight bearing postures, facilitate circulation and increase bone density in healing tissues.

A form of alternative medicine in which cups are used with suction to facilitate circulation for healing and reduce muscle stiffness.

A unique, patented, non-invasive technique that utilizes electrostatic impulses to treat acute muscle pain, reduce edema and capsular inflammation and aid in soft tissue recovery.

A technique that uses electrical pulses to stimulate muscle activation post-surgery and to stimulate muscle recruitment with muscle atrophy.

A therapy in which surface electrodes are used to measure muscle activity, tension and responsiveness in order to retrain muscle strength, coordination, postural control and reduce muscle fatigue.