Treatments
The Lim Procedure
A new surgery, created by Dr. Lim, The Lim Procedure changes the way ankle injuries are treated. The Lim Procedure uses simple, safe technology to treat ankle instability. It is especially useful for athletes because it has a recovery time of approximately 4 weeks. Dr. Lim has performed The Lim Procedure on over 500 patients with a 100% success rate. Learn more...
A new surgery, created by Dr. Lim, The Lim Procedure changes the way ankle injuries are treated. The Lim Procedure uses simple, safe technology to treat ankle instability. It is especially useful for athletes because it has a recovery time of approximately 4 weeks. Dr. Lim has performed The Lim Procedure on over 500 patients with a 100% success rate. Learn more...
Monochromatic Infrared Light Therapy
(Anodyne)
A light energy of specific wavelength is used to increase local circulation and thereby improve and heal injured tissue. Specific conditions that can benefit include: Neuropathy, Shin Splints, Muscle Strains, Raynaud’s Phenomenon, Peripheral Vascular Disease.
(Anodyne)
A light energy of specific wavelength is used to increase local circulation and thereby improve and heal injured tissue. Specific conditions that can benefit include: Neuropathy, Shin Splints, Muscle Strains, Raynaud’s Phenomenon, Peripheral Vascular Disease.
Orthotics
Custom molded arch supports (Orthotics) are made to specifically improve biomechanical function in an individual. Orthotics can be specifically made to aid performance in a specific sport. Computer assisted gait analysis using a pressure plate is the latest technology to formulate and accurately manufacture orthotics. Orthotics can benefit conditions affecting the foot, ankle, knee, hip, and back including: Flatfeet, Arthritis, Shin Splints, Limb Length Differences, Muscle Strain and Tendonitis.
Custom molded arch supports (Orthotics) are made to specifically improve biomechanical function in an individual. Orthotics can be specifically made to aid performance in a specific sport. Computer assisted gait analysis using a pressure plate is the latest technology to formulate and accurately manufacture orthotics. Orthotics can benefit conditions affecting the foot, ankle, knee, hip, and back including: Flatfeet, Arthritis, Shin Splints, Limb Length Differences, Muscle Strain and Tendonitis.
Pediatric Flatfeet
A child’s flatfoot may lead to future debilitating conditions such as lower leg and foot pain after a short amount of walking. Proper evaluation and treatment is essential. A flatfoot condition can be improved by custom molded orthotics or a newly developed simple surgical procedure that offers a quick recovery and is virtually pain-free.
A child’s flatfoot may lead to future debilitating conditions such as lower leg and foot pain after a short amount of walking. Proper evaluation and treatment is essential. A flatfoot condition can be improved by custom molded orthotics or a newly developed simple surgical procedure that offers a quick recovery and is virtually pain-free.
Cold Laser
Cold laser therapy has been around for over 30 years, mostly used in Eastern Europe and the Far East. It works at the cellular level of an injured area, where a laser of low energy is delivered through the skin and absorbed by damaged cells. In turn, the mitochondria (powerhouse of the cell) are stimulated to produce more
ATP (adenosine triphosphate), which in turn allows the damaged cell to heal and return to a healthy state.
Treatments are noninvasive, pain-free and are usually three minutes per injured area. The number of treatments can vary from 2 to 15 depending on the severity of the injury. Cold laser therapy can be used on soft tissue injuries such as tendonitis, muscle strains, ligament sprains, shin splints and bursitis - just to name a few.
Cold laser therapy has been around for over 30 years, mostly used in Eastern Europe and the Far East. It works at the cellular level of an injured area, where a laser of low energy is delivered through the skin and absorbed by damaged cells. In turn, the mitochondria (powerhouse of the cell) are stimulated to produce more
ATP (adenosine triphosphate), which in turn allows the damaged cell to heal and return to a healthy state.
Treatments are noninvasive, pain-free and are usually three minutes per injured area. The number of treatments can vary from 2 to 15 depending on the severity of the injury. Cold laser therapy can be used on soft tissue injuries such as tendonitis, muscle strains, ligament sprains, shin splints and bursitis - just to name a few.
