Return to Running with Run Analysis

What is run analysis?

Run analysis is a method of watching your running mechanics on a treadmill using specific markers placed on the body. Using slow motion video capture settings, we can closely analyze your running technique, looking for deviations from statistical “ideal” running form and comparing values to athletes at the highest level. Whether you’re recovering from an injury or just wanting to optimize mechanics to improve efficiency and speed, we have the knowledge and expertise to help achieve your goals.

Many people ask what “style” of running is best? When comparing heel strikers, forefoot runners, and midfoot runners, the research shows that it depends on the person and type of injury history they have to determine which technique is best. If a person is prone to Achilles tendinitis, then forefoot striking could exacerbate that due to increased loading at the ankle. If a person is prone to hip and knee joint related issues, heel striking could be problematic.

A few metrics we use to assess gait include cadence (the number of steps per minute), knee window (the amount of space between your legs as you take a step), foot strike pattern (mid/fore/rear foot), knee flexion angle during heel strike, and knee flexion angle during swing, just to name a few.

Physical Therapy can help alleviate discomfort and correct injuries caused by running through individualized strength training, manual mobilization to release shortened muscles and tendons, flexibility exercises, education regarding proper footwear and orthotics, and biofeedback.

The best way to create lasting change and return to pain free running is through optimization of running mechanics. We believe the best way to optimize mechanics is through run analysis.

Less loading forces = less work = better performance

Achilles Tendon Tears: Are you at Risk?

The Achilles tendon is the largest and strongest tendon in the body, but unfortunately the aging tendon undergoes various changes that put it at risk for injury. Some changes that increase with age include decreased collagen density, decreased glycosaminoglycans and water content, decreased tensil strength and increased stiffness.

A study of 891 ruptured tendons in humans revealed 97% of the changes were degenerative in nature and about 50% of them were Achilles tendons.

How can you keep your Achilles tendons healthy?

Know your risk factors associated with Achilles tendon disorders and schedule an appointment for a physical therapy evaluation to determine the likelihood of your developing an Achilles tendon disorder and to learn research proven treatment strategies to help strengthen and avoid surgical repair.

Risk factors include:
-abnormal dorsiflexion (increased or decreased ability to flex foot)
-abnormal subtalar range of motion (increased or decrease foot joint mobility- pronation or supination)
-decreased plantar flexion strength
-abnormal tendon structure
-medical conditions associated with Achilles tendon disorders: diabetes, obesity, high blood pressure, high cholesterol

Studies have shown and proven that eccentric exercises with a focus on slow and controlled movement is an extremely effective nonsurgical method to treating Achilles tendonitis/tendonosis. Below are some helpful exercises for anyone dealing with symptoms or has been diagnosed with this very common injury.

Eccentric Heel Drop on Step: (Achilles Tendon Strengthening)
Begin this exercise with both feet in a neutral position with only the forefoot on the step
Perform a toe raise with both feet
Remove the unaffected leg from the step and slowly lower the affected back to neutral, keeping knee straight
Perform 3 x 15 repetitions twice a day. This is maintained every day for 12 weeks.
As soon as 2 x 15 repetitions twice a day can be done pain free, the load should be increased.
Progression:  Loaded Eccentric Heel Drop on Step–now add weighted dumbells to increase difficulty and to build strength