Cold laser therapy is a painless and non-invasive therapy that reduces pain and aids in the healing process of damaged tissues. A laser diode is applied to the injured area and the injured tissues absorb the high-intensity light energy particles. These particles of energy are absorbed by the cell membranes, resulting in the initiation of a physiological cascade that leads to the restoration of normal cell structure and function. Laser therapy can be used to effectively treat a wide variety of muscle and joint pain and it provides an important treatment alternative for patients who have not yet responded to other conventional therapies.

Interferential Current (IFC)

Interferential current therapy is a treatment to reduce pain, relax and stimulate muscles, decrease swelling, and promote soft tissue healing. Tiny electrical impulses are induced into the tissues in the region of pain. The low-frequency stimulation increases circulation in the area and induces the body to secrete endorphins, which are the body’s natural painkillers. Most patients find IFC to be very beneficial and describe the treatment as relaxing and having a “pins and needles” sensation.

Electrical Muscle Stimulation (EMS)

EMS is the elicitation of muscle contraction using electric impulses delivered through electrodes on the skin. It is used for rehabilitation purposes in conjunction with movement and exercises to strengthen weak and atrophied muscles after injury. EMS can give the muscles a “wake up call” after disuse following injury or casting.


Therapeutic ultrasound is applied using a round head in direct contact with the skin. It is used to speed up the healing process by increasing blood flow to the area and decreasing swelling and pain. Ultrasound can also be used to create a deep heat in a localized area to ease muscle spasms and increase soft tissue extensibility prior to stretching.


Microcurrent is another form of electrical therapy that can aid in the healing process. Unlike IFC, the patient cannot feel microcurrent, as it does not stimulate sensory nerve fibers. Microcurrent has been found to be very effective at reducing swelling, increasing tissue healing, increasing circulation, and stimulating bone healing.

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