Indiana Podiatry

In the pantheon of sporting legends, few images are as enduring as that of Abebe Bikila, the barefoot Ethiopian, gliding through the torchlit streets of Rome to win the Olympic marathon. His victory at the 1960 Games was not merely a sporting achievement; it was a seismic event that reshaped the landscape of long-distance running and announced the arrival of African athletes on the world stage. Bikila became an icon of the barefoot runners because his choice to run without shoes was not a gimmick, but a powerful symbol of national pride, natural athleticism, and the unyielding spirit of a new Africa .

A Humble Beginning and an Unexpected Debut

Born on the same day as the 1932 Olympic marathon, in the rural Ethiopian village of Jato, Bikila’s path to glory was improbable . He was a shepherd’s son who walked over 80 miles to Addis Ababa to join the Imperial Bodyguard . His athletic talent was spotted by a Swedish-born coach, Onni Niskanen, who began to refine his raw ability .

Bikila was a last-minute addition to the Ethiopian Olympic team, replacing Wami Biratu, who had broken his ankle . Arriving in Rome as a complete unknown, he faced an additional hurdle. The team’s shoe sponsor, Adidas, did not have a pair that fit him comfortably, and wearing ill-fitting shoes would have been disastrous. In the hours before the race, Bikila made the decision that would define his legacy: he would run barefoot, just as he had trained in the highlands of Ethiopia .

The Triumph in Rome and the Symbol of a New Africa

The 1960 Olympic marathon was a unique spectacle, held in the late afternoon and finishing in the dark, with Italian soldiers lighting the course with torches . The race became a duel between Bikila and the Moroccan runner, Rhadi Ben Abdesselem. The pair ran side-by-side for most of the race .

It was the location of Bikila’s decisive move that added a layer of profound symbolism to his victory. He made his final break at the Piazza di Porta Capena, the site of the Obelisk of Axum. This ancient monument had been looted by Italian troops from Ethiopia during their invasion in 1936 . For Bikila, a member of the Imperial Guard, outpacing his rival at the foot of this plundered relic was a powerful act of retribution. It was a moment where a son of a shepherd, on Italian soil, reclaimed a symbol of his nation’s pride . As he famously said, “I wanted the world to know that my country, Ethiopia, has always won with determination and heroism” . His world record time of 2:15:16.2 was the first Olympic gold medal for a black African, and it served as a beacon of hope and possibility during a period of decolonization . Haile Gebrselassie, himself an Ethiopian running legend, later noted, “We [African runners] are the result of Abebe Bikila” .

Beyond the Bare Feet: An Enduring Legacy

While his barefoot victory in Rome made him an icon, Bikila cemented his status as a legend at the 1964 Tokyo Olympics. Despite having undergone an appendectomy just 40 days before the race, he won again, this time wearing shoes and setting another world record . He was the first man to successfully defend an Olympic marathon title .

Bikila’s barefoot running became a symbol of a pure, natural form of athleticism that was unburdened by modern equipment. It stood in stark contrast to the highly commercialized nature of sport and presented the image of an athlete who was one with the ground . His tragic life, which ended in a car accident that left him paralyzed, only added to the profound nature of his story . The Abebe Bikila Award, given to individuals for their contribution to long-distance running, ensures that his name continues to inspire .

Abebe Bikila’s iconic status is built on more than his victories. He became the “barefoot runner” because the simplicity of his choice resonated with a world witnessing the rise of a new Africa . His triumph was a defiant statement of identity and resilience. By running on the ancient cobblestones of Rome without shoes, he created an image of pure, unadorned courage that continues to inspire generations of runners from East Africa and beyond, proving that determination and heroism can conquer any obstacle.

Author: Craig Payne

The human gait cycle is a complex interplay of biomechanical forces, a symphony of motion that efficiently propels the body forward. While the casual observer may see only a simple act of walking, the trained eye of a clinician or biomechanist perceives a detailed narrative of joint angles, muscle activations, and ground reaction forces. Among the many subtle events that occur during a single step, the abductory twist—a brief, rapid, and often visually imperceptible medial rotation of the foot just before and at the moment of heel-off—stands out as a critical and highly significant event. Its presence, magnitude, and timing offer a profound window into the functional integrity of the lower limb, serving as a vital sign of normal mechanics and a key indicator of underlying pathology.

To understand the abductory twist’s significance, one must first appreciate its role within the normal gait cycle. During the stance phase, the foot transitions from a flexible shock absorber at initial contact to a rigid lever for propulsion at terminal stance. This transformation is driven by the subtalar joint, which pronates (everts) to unlock the midfoot upon loading, and then supinates (inverts) to create a stiff beam for push-off. The abductory twist occurs precisely at this critical transition point, as the body’s center of mass passes over the weight-bearing foot. As the heel begins to rise, the tibia externally rotates, and in a normally functioning kinetic chain, the foot must internally rotate to maintain a stable, weight-bearing position beneath the body. This relative medial rotation of the foot is the abductory twist. Its magnitude is typically small, ranging from 5 to 10 degrees, and its presence is a testament to the foot’s ability to accommodate transverse plane rotations originating from the pelvis and hip. A smooth, controlled abductory twist is a hallmark of an efficient and healthy gait, indicating that the foot is both supple enough to adapt to the ground and stable enough to generate forward thrust.

The true clinical significance of the abductory twist, however, lies in its pathological variations. An abnormal twist—one that is absent, excessive, or mistimed—is a powerful diagnostic sign that can reveal dysfunction anywhere along the kinetic chain. The most classic example is its role in forefoot pathology. Hallux rigidus, a degenerative condition of the first metatarsophalangeal (MTP) joint, severely restricts dorsiflexion. To compensate, the foot is forced to rely on the more mobile lateral column for push-off. This compensation manifests as an exaggerated and prolonged abductory twist. The foot rotates excessively internally to unlock the midfoot, allowing the lateral structures to bear more load and effectively “roll around” the stiff great toe. A clinician observing this pronounced twist on a gait analysis knows to suspect a limitation in first MTP joint motion, even before a physical exam is performed. Conversely, an absent abductory twist is equally telling. It often signifies a rigid, hyper-supinated foot, where the subtalar joint is locked and unable to adapt to the external rotation of the tibia. This lack of motion, often seen in patients with high-arched, cavus feet, forces the rotation to occur at more proximal joints like the knee, placing the patient at a significantly higher risk for lateral ankle sprains and iliotibial band syndrome.

The abductory twist is not merely a local foot event; it is the critical link between the foot and the rest of the body’s movement. The kinetic chain theory posits that motion at one joint affects motion at all others. The external rotation of the tibia during terminal stance is a direct result of pelvic rotation and hip extension. The foot’s ability to accommodate this rotation through the abductory twist is what protects the knee and hip from excessive torsional stresses. When this accommodation is compromised, the chain of compensation inevitably travels upward. An excessive abductory twist, for example, necessitates an accompanying internal rotation of the tibia. This abnormal tibial rotation places undue strain on the medial structures of the knee, contributing to conditions such as patellofemoral pain syndrome or even accelerating the progression of medial compartment knee osteoarthritis. In this way, the abductory twist serves as a mechanical fuse. Its presence or absence is a direct indicator of whether the foot is successfully absorbing and dissipating rotational forces, thereby protecting the more proximal joints. For the clinician performing a gait analysis, observing the twist is not just about the foot; it is about predicting the health of the entire lower quarter and spine.

Finally, the practical applications of understanding the abductory twist are immense in clinical practice. For podiatrists and orthotists, it is a key metric for footwear and orthotic prescription. An excessive twist may indicate a need for a medial heel skive or a wedged orthotic to help control pronation. For the physical therapist, observing a patient’s twist pattern provides objective feedback on the effectiveness of rehabilitation exercises aimed at improving hip strength or core stability. It transforms a subjective observation into a measurable outcome. In the world of sports, analyzing the abductory twist can help identify athletes at risk of injury, allowing for preventative interventions. If a runner shows a sudden increase in their twist magnitude, it could signal an upcoming bout of plantar fasciitis, shin splints, or a stress fracture.

The abductory twist is a deceptively simple motion that carries immense biomechanical significance. It is a faithful translator, converting the rotational demands of the upper body into the ground-based reality of the foot. Its presence signifies a healthy, adaptable, and efficient lower limb. Its absence or exaggeration is a red flag, pointing to dysfunction in the foot itself or compensatory strategies for problems arising elsewhere. For the discerning clinician, the abductory twist is far more than a fleeting rotational movement; it is a vital diagnostic clue, a predictor of injury, and a critical guide for effective treatment, underscoring the profound interconnectedness of the human musculoskeletal system.

Author: Craig Payne

Chilblains are a condition characterized by reddish, itching, and swollen area on the skin as a result of cold vulnerability. The most beneficial treatment solution is to utilize a effective ointment and make use of socks that keep the foot warm. When considering picking the best socks for chilblains, it’s extremely important to put in priority warmth, insulation, rather than get socks that impair the circulation. There are several concerns to think about, including materials, size, and insulation. A number of the most useful sock alternatives that may help include:

Wool socks: Wool is really a natural insulator which will offer warmth and control temperature effectively. Cashmere wool is a lot more warming in comparison with merino wool, especially for socks for the cold feet.

Thermal socks: Thermal socks are made to provide additional warmth in cold conditions. Look for socks with a high TOG (Thermal Overall Grade) score to ensure that ideal insulating material.

Moisture-wicking socks: It’s important to keep the feet dry to protect yourself from chilblains. Seek out socks with moisture-wicking properties that may pull perspiration away from your skin which helps regulate dampness amounts.

Compression socks: Compression socks can increase blood flow, that is very important to preventing and managing chilblains. They might boost blood circulation and reduce puffiness. Look for hosiery having graduated compression to get the best results. Compression hosiery really should not be used if you have poor blood circulation because they will further reduce that.

Layering socks: Layering socks can offer extra insulation which help manage temperature. Consider wearing a thin moisture-wicking sock as a first layer to maintain your feet dry, followed by a heavier wool or thermal sock for warmth.

Fleece-lined socks: Fleece-lined socks have a soft coating that gives extra insulation along with comfort. They could help trap warmth and keep your feet cozy in cold weather.

Take into account, it is probably extremely important to keep the entire body warm and protected when dealing with chilblains. Aside from wearing appropriate socks, you need to dress in layers, put on insulated shoes, and avoid long term exposure to cold temperatures. If you are having continual or acute signs and symptoms, it’s best to check with a podiatrist for further guidance and therapy.

Author: Craig Payne

How your skin on the feet responds and reacts to a particular cream is very variable between individuals, so it is hard to advise one that might be the best for you. What foot cream or lotion which works well for one individual will not work well for the next individual. It is important that those with dry skin do apply a cream or lotion to moisturize the skin as there can be issues such as cracks or fissures in the skin that may develop. These cracks may bleed or become infected. For this reason those with dry skin do need to take it serious and to apply a cream to hydrate their dried out skin.

As it is hard to advise one particular cream or lotion as the response is to variable, it is often a great idea to start with the urea based creams or lotions as the science has shown that there is a lack of urea in the epidermis in almost everyone who has the dryer skin conditions. It would be logical to start with these urea based creams to see how the skin on your feet does respond to them before trying some other types of creams if it does not help. This will involve a bit of trail and error on the users part to get it right and find the cream or lotion that best suits the skin on your feet.

The urea creams and lotions have two different effects, depending on the concentration of urea in the cream. Less than about 20% (ie 15%) the cream is more helpful to help the skin retain moisture. Above about 20% (ie 25%) the urea cream is more helpful at getting rid of the dryer looser or flaky skin. As with any dry skin cream or lotion, it has to be used. There is no point in getting any good cream (or even a cheap bad one!) but it will not do a lot of you did not apply it. The cream or lotion should be used several times a day and at least daily after that once the skin has got better.

Author: Craig Payne