Posts for tag: Athletes

By Dr. Angie Glynn
August 27, 2012
Category: Shoe Selection

Finding the perfect running shoe can be a difficult task.  A good running shoe can maximize your performance but a bad one could plague you with injuries.  There are many factors that go into purchasing the perfect shoe.   

There are generally 7 categories of shoe construction and knowing a little about these categories will help you make a better choice. Neutral shoes have a good blend of flexibility and stability. Flexibility shoes offer more shock-absorption. Stability shoes offer high stability and cushioning. Motion-control shoes provide rigidity and stability. Trail running shoes offer increased toe protection, outsole traction, stability and durability. Cushioned shoes are those with little support but more shock absorption. Lightweight shoes come in varying degrees of stability and cushioning.

Arch type is very important in choosing the correct shoe. Do you have a high-arched foot, one that supinates? If your feet do not roll enough, the legs absorb extra shock.  Runners should seek added cushioning but not extra support. Flat-footed runners often overpronate; their feet roll inward more than the ideal amount, increasing the risk of injury. Added cushioning and support can help. The normal arched runners have a natural rolling of the foot after impact that dissipates shock. You have a little more leniency as far as shoe choices. 





























By understanding the parts of a shoe you can make informed choices about which running shoe is best for you and your feet. 













 

 






Running shoes are formed on a last. Running shoe last patterns are important for stability. Straight lasts are built along the shoe’s straight arch to provide maximum stability. Semi-curved lasts are molded straight toward the rearfooot while having some curve toward the forefoot. This provides stability and flexibility. Curved lasts are built to curve from the toe to the heel. 

















Consider your weekly mileage. Are you running more than 32 miles, less than 18 or somewhere in between? Those running high miles may need to invest in a shoe with increased durability. Next, you must consider your BMI. Heavy runners need the added cushion and control. Remember to replace your shoes every 500-600 miles.

Running shoes are changing rapidly. The major shoe companies roll out new designs twice a year. Many offer midsole air, gel, and tube chambers; springs; recoil plates; Gore-Tex and other membrane fabrics; breathable liners and mesh outer fabrics; and better support and stability. 

Do your homework, study the shoe reviews and discuss with your doctor.  

By Dr. Tarick Abdo
July 18, 2012
Category: Sports Injury

As school slowly approaches, fall sports have started their early season practices. Specifically, cross country, tennis, and football season will be upon us shortly. Unfortunately one of the most common ailments of the lower part of the leg is shin splints medically known as Medial Tibial Stress Syndome (MTSS). The symptoms of MTSS include shin pain over the inside lower half of the leg. Pain at the start of exercise which often eases as the session continues, but can return the next morning. Mild swelling of the inner aspect of the shin bone, tibia.

The most common cause of shin pain is inflammation of the sheath surrounding the tibia bone known as the periosteum. This results from traction forces on the periosteum from the muscles of the lower leg cause shin pain and inflammation. Shin splints is a form of compartment syndrome where the muscles in either the medial, posterior, or anterior muscle groups in the lower leg swell due to increased activity. As may be seen in cross country, tennis, and football, athletes have not maintained fitness during the offseason and start engaging in high intensity activity. Thus these individuals may need to gradually increase activity and use rest, ice, compression, and elevation to reduce their symptoms.

More typically in my practice, biomechanical factors such as excessive pronation which strains the soleus muscle. This muscle has attachments along the inside of the shin bone. When an athlete excessively or rapidly pronates this places increased stretch on the soleus muscle resulting in pain and even microfractures of the shin bone. Other muscles implicated include the Posterior tibial muscle and the Anterior Tibial muscle. An experience podiatrist can aid in the proper muscle assessment.

In this case treatment is geared toward controlling the abnormal biomechanics, this is done with a custom foot orthosis. A custom foot orthosis requires a gait evaluation to gauge the degree of pronation and any compensation by the leg. In addition, a biomechanic evaluation is done with a custom mold or scan of the foot. Finally, a weightbearing foot x-ray which evaluates the position of the bones of the foot during the stance phase of gait. Furthermore, stretching to increase flexibility of the Achilles tendon helps alleviate symptoms.

Shin splints is a debilitating condition and can become chronic if not managed aggressively and diagnosed early. Thus athletes especially early in the season need to gradually increase their activity, where the proper shoes, and warm-up efficiently to prevent the onset of shin splints. If you unfortunately develop any of the aforementioned symptoms it is imperative that one rest and ice the area; however if symptoms persist, it is imperative that you consult a trained professional. Here at the Foot & Ankle Institute we can help get you back to activity quickly we are trained to evaluate this condition and manufacture a custom foot orthosis quickly so you can return to competition.

Good Luck this season to all the cross country runners, tennis players, and football teams in the Indianapolis Metropolitan area hopefully it will be a successful, injury-free season.



Contact Us