Save the Dates for OSS Physicians Speaker Series!

Save the Dates! OSS physicians will be speaking about several orthopedic health and information topics from October – December 2013 at Swedish Ballard. Below is a list of dates and times for you to choose from:

October 2, 2013
Dr. Peterson: Joint Replacement: The Right Choice for You? 6-8 p.m. at the Swedish Ballard Campus. Free hip- and knee-replacement seminar. If you have arthritic joint pain and are considering joint replacement, you’ll want to attend this important class. If you have arthritic joint pain and are considering joint replacement, you’ll want to attend this important class. Dr. Peterson will discuss hip- and knee-replacement surgery, as well as the latest in robotic-assisted surgery for those who have advanced arthritis in part of their knee. There will also be a question and answer session with Dr. Peterson.

Find out more and register here!

October 9, 2013
Dr. Weil: Relief from Your Hand and Wrist Pain. 6-8 p.m. at the Swedish Ballard Campus. Learn about treatments for different types of fractures; ways to treat arthritis in the wrist, thumbs and fingers; and how to prevent and treat carpal tunnel syndrome and other overuse conditions.

Find out more and register here!

November 13, 2013
Dr. Reed: Relief from Your Foot and Ankle Pain. 6-8 p.m. at the Swedish Ballard Campus. The foot and ankle are two of the most often under-treated structures of the body. Dr. Reed, who specializes in the care of the foot and ankle will discuss the anatomy and common injuries and disorders of the foot and ankle, and treatment options for the conditions. There will be a question-and-answer session with the surgeon included in the class.

Find out more and register here!

December 4, 2013
Dr. Ruhlman: Relief from Your Hand and Wrist Pain. 6-8 p.m. at the Swedish Ballard Campus. Learn about treatments for different types of fractures; ways to treat arthritis in the wrist, thumbs and fingers; and how to prevent and treat carpal tunnel syndrome and other overuse conditions.

Find out more and register here!

Barefoot Running

Who doesn’t want to run like a Kenyan? The speed, endurance, and efficiency of these elite distance runners is the stuff of legend, and those in the running community have tried to glean some insight as to what makes these African runners such a powerful force in marathon running. One of the obvious starting points is to analyze the biomechanics of the running stride and see if there are efficiencies inherent to the Kenyan athlete.

Of course, this has been done with more than one researcher noting one glaring observation: Kenyan runners do not wear shoes. They grow up, play, and often train barefoot. Could this be the secret to running faster? Certainly, some people think that it is. The barefoot running trend has gained a steady following over the past few years. But as the barefoot running contingent has grown, so have its detractors. Let’s take a closer look.

Barefoot Running

Advantages of Barefoot Running

First of all, most barefoot runners do not run in their bare feet. Even the fanatics realize that the roads and trails contain many hazards such as broken glass, nails and rocks that could cause potential injury or discomfort to the feet.

Instead, they use minimalist running shoes, a type of sneaker designed to mimic the barefoot condition in terms of biomechanics. Typically, these shoes are lightweight and feature a thin sole without the large heel cushion found in traditional running shoes.

Biomechanically, the research has shown that barefoot running eliminates or minimizes the heel strike during running. The runner attempts to absorb the impact of body weight by landing with the foot flat or slightly on the ball of the foot. This allows the lower leg and foot to distribute the body weight over a larger surface area. The heel strike found in those wearing traditional running shoes, called shod runners, creates a condition where the full force of impact is driven through the heel, and ultimately the heel cushion of the shoe.

Proponents of barefoot running claim reduced injuries as a result of this change, although there is not much research available to support this claim. One claim that does seem to be supported in the medical literature however, is that of reduced energy consumption while running barefoot.

Simply put, barefoot runners should not fatigue as quickly as shod runners. This would be a great advantage to distance runners and racers who want to attain peak performance or even achieve a personal best during local road races.

The finding is interesting as stride frequency and mechanical work were higher in barefoot runners, indicators which would lead one to believe that the runner would consume more energy. However, the cushioning material in a running shoe absorbs a considerable amount of energy in the shod runner. Energy that would otherwise be used to propel the runner forward is lost in the sneaker. Think of the traditional running shoe like a Cadillac. It gives a smooth ride, but not too efficient.

Disadvantages of Barefoot Running

The obvious risks associated with barefoot running such as puncture wounds can be mitigated with the use of a minimalist running shoe. With this type of footwear, much of the biomechanical adaptations which proponents claim as advantageous are maintained, i.e. reduced heel strike and improved efficiency.

However, there are other reasons why someone may not want to run barefoot. Without a traditional running shoe, the runner lands with a flat foot instead of the traditional heel strike seen in shod runners. This increases the pressure on the bones of the forefoot, which are quite a bit more fragile than the heel.

Over time and with high mileage, a runner could develop a stress fracture, a small break in one of the forefoot bones. This would sideline a runner for several weeks at best, and could become more severe if ignored. Proponents claim that barefoot running is more natural and that we as humans evolved in a way that makes the barefoot method more efficient. But cavemen rarely put in thirty plus miles per week.

The bottom line is that there has not been enough research performed to advocate one method or the other. More studies need to be conducted, and we need to be open-minded about the results. With the barefoot trend steadily gaining a following, the research is sure to follow.

In the meantime, let’s go back to our elite Kenyan marathoners. In an environment where every conceivable advantage is sought and analyzed, these athletes all wear running shoes in competition. Maybe shod running is biomechanically advantageous, or maybe the cumulative effect of pavement on flesh for 26.2 miles eliminates the inherent advantage of running barefoot.

Dr. Mark Reed is an orthopedic surgeon specializing in foot and ankle surgery in the Seattle metro area. He can address all of your questions regarding barefoot running as well as any other foot and ankle conditions.

barefoot running photo

Treatment of Cavus Foot Deformity

Cavus Foot Deformity

Now that it’s summer, we spend more time at the beach or swimming pool enjoying the warm weather. As an orthopedic surgeon that specializes in conditions of the foot and ankle, I tend to notice wet footprints across the pool deck or in the sand and cannot help but analyze the health of the individual’s feet. One of the conditions that I notice is the high arched foot, medically termed pes cavus. This is noticeable by a footprint that is pronounced in the heel and forefoot, with very minimal or even absent impression in the middle part of the foot.

Causes of Cavus Foot Deformity

Pes Cavus is caused by muscle imbalances in the lower leg and foot that draws the front of the foot, or sometimes draws the heel downward, making the arch higher than normal. It usually begins during childhood and may be associated with neurological conditions such as muscular dystrophy or spina bifida, but not always. In many cases the muscles of the feet become tighter or weaker for unknown reasons. As with many medical conditions, genetics play a role in who will become afflicted with high arches.

Symptoms of Cavus Foot Deformity

High arches can cause a number of symptoms, ranging from mild to severe. Pain in the forefoot is a common occurrence due to increased weight bearing in this area. Excessive callus buildup at the ball of the foot behind the great toe as well as just behind the fifth toe is common, as these become high-pressure areas during standing and walking. Tightness in the calf muscles is often present, and the individual may also suffer from recurring ankle sprains due to the inwardly rolled ankles associated with the deformity.

Diagnosis of Cavus Foot Deformity

Identifying pes cavus is a straightforward process. The high arched foot is noticeable to anyone, but an orthopedic surgeon should evaluate the individual in order to identify some of the nuances of the condition. Diagnosing which muscles are tight or weak and assessing their potential to be stretched or strengthened is important for initiating an effective treatment plan.

Also, the cavus foot causes increased body weight to be distributed through areas of the foot that are not designed for this purpose. Evaluation by the surgeon will aid in a proper prescription of orthotics, if deemed necessary.

Treatment of Cavus Foot Deformity

Conservative intervention is generally the rule when starting to treat high arches. Often times if the feet have become painful, orthotic inserts are prescribed. As opposed to pes planus (flat feet), which is often a flexible disorder of the foot that we try to correct with orthotics (i.e., push back into the correct position), pes cavus is usually a rigid deformity,meaning that the shape of the foot cannot be changed.

In this case, the goal of orthotics is to accommodate the shape of the foot and to redistribute body weight over a larger area. Because of the rigidity, the cavus foot is not able to flex and absorb impact as the individual walks. For this reason, orthotics are usually constructed of softer materials to act as a shock absorber.

Physical therapy may also be prescribed to stretch and strengthen the muscles of the lower leg. Tight calf muscles and weak muscles along the outside of the lower leg (peroneal muscles) are often present in pes cavus. While therapy cannot change the shape of the foot, it may be able to help with pain control and function. Because the foot is usually rolled inward along with the high arch, the individual is susceptible to chronic ankle sprains and some reactive muscle strengthening may be beneficial, along with ankle bracing.

If conservative treatment fails to achieve the desired result, then surgical correction maybe necessary. There are many types or surgeries that the physician can perform based on individual need:

  • Tendon lengthening: This procedure involves making precision cuts in the tight tendons of the lower leg to allow better alignment of the foot. Following surgery,there is a period of immobilization for several weeks to allow the tendons to heal.
  • Osteotomy (bone cut/realignment): If the condition has been present since childhood and the bony structure of the foot has grown abnormally, then small sections of bone may need to be removed in order to restore proper position of the foot. The first metatarsal, located in the midfoot behind the great toe, is often treated with an osteotomy. The metatarsal often is positioned at a downward angle that is greater than normal, which in turn rolls the ankle toward the outside of the foot as the person bears weight.

    The osteotomy procedure seeks to normalize that angle and place the foot in a neutral position that is perpendicular to the ground. Many times, this osteotomy is performed in conjunction with soft tissue surgery such as tendon lengthening. Also, the calcaneus (heel bone) tends to be oriented toward the midline in pes cavus, as opposed to away from the midline in the normal foot, and sometimes an osteotomy is required to correct this.

  • Arthrodesis: Also known as a joint fusion, this procedure permanently locks the affected joint into a fixed position. It is a last resort option, but sometimes necessary when the cavus foot deformity is severe or when arthritis is present.