Flatfoot Correction

MLS Laser Therapy

MLS Laser Therapy uses specific wavelengths of light that have strong anti-inflammatory, anti-edema effects on tissues that are exposed to the laser. Painful conditions accompanied by swelling or inflammation benefit from this technology.

Photons of laser energy penetrate deeply into tissue and accelerate  cellular reproduction and growth. As a result of exposure to the MLS Laser, the cells of tendons, ligaments and muscles repair themselves faster. Unlike some pharmacological solutions, there are no known negeative side effects. 

MLS Laser Therapy is painless.

Most patients report no sensation at all while recieving laser therapy. Treaments average 8 minutes. MLS Laser therapy is fast acting, many patients in high level of acute pain experience relief after the first or second treatment.

Over 90% of patients experience positive results after the 3rd treatment, with the average course of treatment being 7 to 10 sessions. I n many cases, by the 3rd or 4th treatment, swelling is greatly reduced and there is a rapid relief of pain.The effects of MLS Laser Therapy are cucmulative , therefore expect to see improvement as you proceed through your treatment plan. Acute conditions usually subside quickly, typically within one pphase of treatment. 

It is critical once you, that you complete the course of treatments recommended by your doctor or symtoms are likely to reoccur. As inflammation is reduced , the pain subsidesvery quickly. In simple terms, laser energy kick-starts teh healing process,thereby speeding recovery.

MLS Laser Therapy effectively treats:

  • Tendons and ligment injuries
  • Soft tissue injuries
  • Muscle strains and tears
  • Sore muscles and joints
  • Degenerative joint conditions
  • Neurological pain
  • Chronic non-healing wounds
  • General pain
  • Musculoskeletal disorders
  • Pre and post surgical treament
  • Anti-inflammation application
  • Specific neurological conditions 

Benefits of MLS Laser Therapy

  • Rapid relie of pain
  • Strong anti-inflammatory effect
  • Timely healing of sprains and strains
  • Rapid recovery of the structural integrity of injured region
  • Rapid resolution of swollen areas
  • Immediate improvement of local blood circulation
  • Rapid repair of superficial injuries, such as wounds and ulcers

Adult-acquired flatfoot or posterior tibial tendon dysfunction usually leads to a gradual loss of the arch. The posterior tibial muscle is a deep muscle in the back of the calf and has a long tendon that extends from above the ankle and attaches into several sites around the arch of the foot. The muscle acts like a stirrup on the inside of the foot to help support the arch. The posterior tibial muscle stabilizes the arch and creates a rigid platform for walking and running. If the posterior tibial tendon becomes damaged or tears, the arch loses its stability and as a result, collapses, causing a flatfoot.

Surgery is often performed to give the patient a more functional and stable foot. Several procedures may be required to correct a flatfoot deformity, depending on the severity of the problem. These may include:

  • Tenosynovectomy—a procedure to clean away (debridement) and remove any of the inflamed tissue around the tendon.
  • Osteotomy—removal of a portion of the heel bone (calcaneus) to move the foot structure back into alignment.
  • Tendon Transfer—in which replacement fibers from another tendon are inserted to help repair damage.
  • Lateral Column Lengthening—A procedure that implants a small piece of bone, usually removed from the hip, outside of the heel bone to create the proper bone alignment and rebuild the arch.
  • Arthrodesis—Fusing of one or more bones together to eliminate any joint movement, which stabilizes the foot and prevents any further deterioration or damage.