Category: Sports Medicine

Pearl Izumi Running Shoes

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Pearl Izumi Running Shoes. In mid 2016, they announced that they were withdrawing from the running shoe market.

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Pearl Izumi is a brand that originally built its reputation in the cycling world but later expanded into running shoes with a unique approach. Unlike many mainstream running shoe brands that focus on maximal cushioning or aggressive stability features, Pearl Izumi’s running shoes emphasized a concept they called the “Dynamic Offset” system. This design promoted a smooth transition from heel strike to toe-off, aiming to encourage a natural, efficient gait cycle. Their shoes often featured seamless uppers, moderate cushioning, and a more fluid ride that appealed to runners looking for a balance between minimalism and support.

One standout in their lineup was the EM (E-Motion) series, which included models like the Road N2 and Trail M2. These shoes catered to various types of runners, from road racers to trail enthusiasts. The E-Motion technology offered a rolling sensation that many described as almost propulsive, helping to reduce fatigue on longer runs. Pearl Izumi’s trail models, in particular, were praised for their durability, reliable grip, and ability to handle a variety of terrain while still feeling light and responsive underfoot. The brand developed a small but loyal following among runners who appreciated this distinctive feel.

Unfortunately, despite their technical strengths and niche following, Pearl Izumi decided to exit the running shoe market in 2016 to refocus entirely on cycling apparel and gear. This left many devoted fans disappointed, as they had come to value the brand’s unique take on running shoe design. Today, Pearl Izumi running shoes are no longer produced, but they still pop up occasionally on secondary markets, cherished by those who miss their smooth ride and thoughtful engineering. The legacy of Pearl Izumi’s running shoes remains a testament to innovative design in an industry often dominated by bigger players.

Most Useful Resources:
Pearl Izumi (PodiaPaedia)
Pearl Izumi Shoes (Podiatry Online TV)

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Maximalist Running Shoes

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Maximalist running shoes are the antithesis of the fad there was with minimalist running shoes. Maximalist running shoes have lots of padding and other design features added.

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Maximalist running shoes are a distinct category of footwear designed with extra-thick cushioning to provide a plush, protective ride. Unlike minimalist shoes that aim to simulate barefoot running with minimal material between the foot and ground, maximalist shoes go the opposite direction—offering an abundance of foam underfoot. This design is especially popular among long-distance runners, ultramarathoners, and those recovering from injury, thanks to the enhanced shock absorption and reduced impact forces on joints.

One of the key benefits of maximalist shoes is the reduction in perceived fatigue, particularly on hard surfaces and extended runs. The generous midsole often uses lightweight, responsive materials like EVA or newer superfoams, which cushion each step while still returning energy. While some worry this added foam could make the shoe unstable, many models use a wide base or rocker geometry to counteract that, helping maintain a smooth gait and stable transition from heel to toe.

However, maximalist shoes aren’t a perfect fit for everyone. Some runners find that too much cushioning dulls ground feel and responsiveness, making it harder to react quickly or engage the foot’s natural mechanics. For speed workouts or races, many still prefer lighter, lower-profile shoes that feel more agile. Also, runners with certain gait patterns might not benefit from the extra stack height, as it could lead to inefficient stride mechanics or even discomfort over time.

Still, maximalist shoes have carved out a solid niche in the running world. Brands like Hoka One One, Altra, and New Balance have pioneered many innovations in this space, leading to shoes that feel almost cloud-like yet durable enough for hundreds of miles. Whether you’re aiming for ultra distances, recovering from a stress-related injury, or simply craving a softer ride, these shoes offer a compelling, comfort-driven alternative—especially for those who prioritize cushioning over minimalism.

Most Useful Resources:
The maximalist Brooks Transcend Running Shoe (Podiatry Arena)
Maximalist Running Shoes (PodiaPaedia)
Maximalist Running Shoes (Foot Health Forum)
‘Maximalist’ Running …. the new black? (Friday Fitness)
The next maximalist running shoe trend (Foot Health Friday)

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Minimalist Running Shoes

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Minimalist Running Shoes are shoe that have minimal or no design features. They are almost close to running barefoot.

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Minimalist running shoes are designed to mimic the natural biomechanics of barefoot running while offering a layer of protection against the elements. These shoes typically feature a low heel-to-toe drop (often zero), minimal cushioning, and a flexible sole that allows the foot to move freely. The idea is to promote a more natural running gait by encouraging forefoot or midfoot striking, which can potentially reduce the impact forces associated with heel striking in traditional running shoes.

One of the biggest appeals of minimalist shoes is how they help strengthen the muscles of the feet and lower legs. Traditional running shoes, with their thick cushioning and stability features, tend to do a lot of the work for your feet. By stripping away that support, minimalist shoes force your body to adapt, using intrinsic muscles that may have weakened over time. Runners often report improved balance, proprioception, and a more connected feel to the ground beneath them. That said, this transition isn’t instant—adapting to minimalist footwear requires a gradual, mindful approach to avoid injury.

Another important point to consider is injury risk. While some runners find that minimalist shoes help alleviate chronic issues like plantar fasciitis or knee pain, others might experience new problems like calf strains or metatarsal stress fractures if they dive in too quickly. It’s not that minimalist shoes are inherently risky, but they do demand a shift in running mechanics that your body needs time to accommodate. A good strategy is to alternate between traditional and minimalist footwear, slowly increasing your mileage in the latter over several weeks or even months.

From a practical standpoint, minimalist shoes tend to be lighter and more breathable, making them popular for warm weather runs or travel. They’re also more versatile—many models double as casual footwear thanks to their sleek, low-profile design. However, they might not be the best choice for every runner or every surface. For example, technical trails with sharp rocks or cold climates may call for more substantial protection. So, while minimalist running shoes offer a compelling, back-to-basics approach, it’s essential to weigh their benefits against your individual needs, running style, and terrain.

Most Useful Resources:
Transitioning to Minimalist Running Shoes (Podiatry Arena)
Minimalist Running Shoes (PodiaPaedia)
Minimalist Running Shoes (Foot Health Forum)
Minimalist Running (Podiatry TV)
Critique of ‘are you ready for minimalism’ preparation tests (Running Research)
Minimalist Running Shoes (Podiatry Books)
Minimalist Running Shoes (Shop)

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Medial Tibial Stress Syndrome

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Medial Tibial Stress Syndrome is one of the more common overuse injuries of the leg. It was typically and previously referred to as shin splints.

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Medial Tibial Stress Syndrome (MTSS), commonly referred to as “shin splints,” is a condition characterized by pain along the inner edge of the tibia (shinbone). It typically develops as a result of repetitive stress on the tibia and the connective tissues that attach muscles to the bone. MTSS is especially common among runners, dancers, and military personnel—anyone who suddenly increases the intensity or duration of physical activity. It’s considered an overuse injury, meaning it usually stems from excessive or improper loading of the lower leg over time rather than a single traumatic event.

The pain associated with MTSS is usually diffuse and located on the medial (inner) portion of the lower leg, typically spanning a length of 5 to 15 cm. This contrasts with other conditions like stress fractures, which often produce more localized pain. The discomfort usually starts as a dull ache during or after exercise, and if activity continues without proper treatment, the pain can become more intense and persistent, even at rest. MTSS is thought to result from a combination of tibial bone stress and inflammation of the periosteum (the tissue surrounding the bone), as well as dysfunction in surrounding musculature such as the soleus or tibialis posterior.

Risk factors for developing MTSS include biomechanical issues like flat feet (overpronation), tight calf muscles, or improper footwear, as well as poor training habits like rapid increases in workout intensity, volume, or frequency. Hard running surfaces and inadequate recovery between sessions can also contribute. Diagnosis is usually clinical, based on patient history and physical examination, although imaging (like MRI or bone scans) might be used in unclear or severe cases to rule out more serious issues such as tibial stress fractures or compartment syndrome.

Treatment and prevention of MTSS focus primarily on conservative measures. Relative rest from high-impact activities is essential in the early stages. Ice therapy, anti-inflammatory medications, and stretching or strengthening exercises for the lower leg muscles can help alleviate symptoms. Long-term prevention often requires addressing the root cause—correcting foot biomechanics with orthotics, improving running technique, and gradually progressing training loads. Cross-training with low-impact activities like swimming or cycling is also helpful. If addressed early and properly, most cases of MTSS resolve without long-term complications.

Most Useful Resources:
Medial Tibial Stress Syndrome (Podiatry Arena)
Medial Tibial Stress Syndrome (PodiaPaedia)
Medial Tibial Stress Syndrome (Foot Health Forum)
Medial Tibial Stress Syndrome (Clinical Boot Camp)
Medial Tibial Stress Syndrome (Podiatry Update)
Cheap orthotic for shin splints? (Podiatry Experts)
Medial Tibial Stress Syndrome (Podiatry TV)
Shoe Wedging or Gait Retraining for Medial Tibial Stress Syndrome? (Running Research)
Medial Tibial Stress Syndrome (Best Running Shoes)
Medial Tibial Stress Syndrome (Podiatry Books)

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Golf

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The feet are crucial in golf. They are used to walk around on all day and a the platform or foundation that the golf swing starts from.

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Golf is a sport that’s all about precision, patience, and strategy. Unlike many fast-paced games, golf unfolds slowly and thoughtfully, giving players time to plan each shot. It’s typically played on expansive courses with 18 holes, each offering unique challenges like sand traps, water hazards, and varying terrain. The core goal? Get the ball into the hole in as few strokes as possible. What makes it interesting is that the course itself becomes an opponent—changing weather, tricky greens, and unpredictable bounces can all shift the tide of a game.

One of golf’s most iconic features is its equipment. Clubs are categorized mainly into drivers, irons, wedges, and putters, each designed for specific shot types and distances. Golf balls also matter—a lot. The number of dimples, the compression, and the material can all influence flight and spin. Add to that the importance of golf attire (hello, collared shirts and spikeless shoes), and it’s clear the sport balances tradition with a touch of flair. Unlike team sports, golf is mostly a solo mental game, which makes consistency and self-control major assets.

From a cultural standpoint, golf has deep roots, especially in places like Scotland, where the modern game was born. Over time, it’s grown into a global phenomenon, with major tournaments like The Masters, the U.S. Open, and The Open Championship drawing huge crowds and media attention. Big-name players like Tiger Woods, Rory McIlroy, and Scottie Scheffler have brought fresh energy and broader appeal to the sport. It’s also a favorite among business professionals—not just for the game itself but for the networking and conversations that often happen during a round.

Finally, golf isn’t just for the pros. It’s widely accessible through public courses, driving ranges, and even mini-golf setups. People of all ages and skill levels can enjoy it, and it offers both physical and mental benefits—walking the course provides light exercise, while planning shots and reading greens sharpens focus. Plus, there’s something therapeutic about spending a few hours in open, green spaces. Whether you’re chasing a birdie or just trying not to triple-bogey, golf invites you to slow down and enjoy the challenge.

Most Useful Resources:
Golf Threads (Podiatry Arena)
Golf and foot orthotics (PodiaPaedia)
Golf (Podiatry TV)
Golfshot (Podiatry Apps)
Foot Orthotics for Golf (Podiatry Update)

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Hoka Running Shoes

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The Hoka  running shoes created the maximalist running shoe category. They are the antithesis of the barefoot running and minimalist shoe trend.

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Hoka was founded in 2009 in Annecy, France, by former Salomon engineers Nicolas Mermoud and Jean‑Luc Diard, aiming to enhance downhill running with ultra‑cushioned midsoles. Instead of minimalist designs popular at the time, Hoka introduced “maximalist” shoes featuring oversized CMA midsoles and rocker geometries. This bold approach created a cushioned, buoyant ride that gained quick traction with ultramarathoners before becoming popular across all runner types.

In terms of technology, Hoka’s signature features include thick CMEVA or supercritical EVA midsoles, Meta‑Rocker geometry, and strategic low heel-to‑toe drops (~5–8 mm). These combine to provide a smooth, energy-efficient ride that enhances natural forward momentum. Models like the Clifton 10 and Mach 6 exemplify this—lightweight yet plush, ideal for long-distance comfort with responsive feel .

Hoka’s range now spans daily trainers, max-cushion recovery shoes, lightweight racers, trail rugged models, and even stability workhorses like the Arahi 7, which features J‑Frame technology and has earned endorsement from podiatrists and healthcare professionals for all-day comfort and overpronation control. On the trail side, the brand’s rugged offerings—like the Tecton X2 with carbon plates—bring stability and traction to off-road terrain.

Today, Deckers Brands, which acquired Hoka in 2013, reports it as a key growth driver—reaching ~$1 billion in annual revenue by 2022. While the “max‑cushion” aesthetic sparked the “gorpcore” fashion trend, Hoka remains deeply rooted in performance‑driven innovation through advanced foam, rocker technologies, and expanding use in everyday and medical footwear

Most Useful Resources:
Hoka Running Shoes (Foot Health Forum)
Super padded running shoes (Foot Health Friday)
Hoka One One (The Best Running Shoe)
Hoka One One (iPodiatry)
Hoka One One (Podiatry TV)
Hoka One One (Podiapaedia)
Hoka Ones (Podiatry Arena)

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Cuboid Syndrome

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Cuboid syndrome is a reasonably common problem affecting the function of the cuboid bone and the joints around it. It is a common cause of lateral foot pain. Manipulation of the cuboid bone is a common treatment.

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Cuboid Syndrome is a foot condition that occurs when the cuboid bone—one of the small bones on the outer side of the midfoot—becomes partially dislocated or its alignment is disrupted. This bone plays a key role in supporting the foot’s arch and enabling smooth movement during walking or running. When the cuboid bone is out of place or the ligaments surrounding it are strained, it can cause pain, swelling, and stiffness along the outside of the foot. The condition is sometimes called “subluxation of the cuboid” and is relatively common in athletes, especially runners, dancers, and those who frequently engage in sports with sudden side-to-side movements.

The most common cause of Cuboid Syndrome is overuse or repetitive strain, though it can also result from an ankle sprain or sudden twisting injury. In many cases, the peroneus longus tendon—which runs along the outer side of the lower leg and attaches to the foot—can exert excessive force on the cuboid bone, pulling it out of alignment. Risk factors include poorly fitting footwear, training on uneven surfaces, inadequate warm-up, and having flat feet or very high arches. Because the pain may be mistaken for other injuries, such as a stress fracture or peroneal tendonitis, diagnosis can sometimes be tricky without proper examination.

Symptoms of Cuboid Syndrome typically include sharp or aching pain on the lateral (outer) side of the foot, tenderness when pressing on the cuboid bone, difficulty bearing weight, and pain that worsens with push-off during walking or running. In some cases, there may be visible swelling or bruising. The discomfort often makes the foot feel unstable, and athletes might find themselves limping or avoiding activities that require sudden changes in direction. While rest can sometimes reduce symptoms, the pain often persists until the bone’s alignment is corrected.

Treatment usually starts with a manual realignment technique known as the “cuboid whip” or “cuboid squeeze,” performed by a trained healthcare professional such as a sports physiotherapist or podiatrist. This may be followed by supportive taping, orthotic inserts to stabilize the foot, and targeted stretching or strengthening exercises for the surrounding muscles and tendons. Rest, ice, and anti-inflammatory measures can help manage pain in the short term. For prevention, it’s important to wear properly fitting shoes, gradually increase activity intensity, and maintain flexibility and strength in the foot and ankle. With prompt treatment, most people recover quickly, but ignoring the condition can lead to chronic pain or recurrent injuries.

Most Useful Resources:
Cuboid syndrome (Foot Health Forum)
Mobilisation for cuboid syndrome (Podiatry Arena)
Cuboid syndrome (Podiatry Arena)
Cuboid Syndrome (PodiaPaedia)
Manipulation for Cuboid Syndrome (Podiatry Update)
Woke up with pain on the outer side of my foot, what could it be? (Podiatry Experts)
Could it be plantar fasciitis? (Podiatry Experts)
Cuboid Syndrome (Podiatry TV)

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Cycling and Foot Orthotics

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Foot orthotics for cycling play an important role in getting the correct interface between the foot, shoe and pedal. It helps with performance, management of injury and prevention of injury.

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Foot pain when cycling can come from a few main culprits: poor bike fit, improper footwear, and overuse injuries. If the cleats are positioned incorrectly—either too far forward, too far back, or angled wrong—they can put excessive pressure on nerves or joints in the foot. Similarly, shoes that are too tight can compress the foot, while shoes that are too loose can allow it to slide and cause friction, leading to hot spots or blisters. Even the type of socks you wear matters—thin, moisture-wicking ones help reduce heat and pressure build-up, while thick or bunching socks can worsen it.

Another common cause is overuse and repetitive stress. Long rides, especially at high intensity, can lead to nerve compression in the ball of the foot, often called “hot foot” (metatarsalgia). This usually feels like burning, tingling, or numbness that gets worse the longer you ride. Riding in very stiff shoes without adequate arch support can also transfer too much vibration from the pedals to your feet, irritating tissues over time. Climbs, high gears, and prolonged standing on the pedals tend to make this worse because they put more load on the forefoot.

To address foot pain, cyclists often start with equipment adjustments. This can include moving cleats slightly back to reduce forefoot pressure, experimenting with insoles that match your arch type, or loosening shoe straps slightly to improve blood flow. Bike fit also plays a role—saddle height and fore-aft position can influence how your weight is distributed through the pedals. Off the bike, stretching and strengthening foot and calf muscles can help prevent recurrence. If pain persists despite these changes, it’s worth seeing a sports physiotherapist or podiatrist to rule out underlying issues such as nerve entrapment, stress fractures, or chronic inflammation.

Most Useful Resources:
Cycling (PodiaPaedia)
Cycling (Podiatry TV)
Cycling Threads (Podiatry Arena)
Cycling (Foot Health Forum)
Cycling Orthotics (Podiatry Arena)
Foot Orthotics and Cycling (Podiatry Update)
Foot problems in cyclists (Foot Health Friday)
Set up of the cycle for injury prevention (Physio Ninja)

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Chi Running

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Chi running is a particular approach to the running technique that claims is more economical and has less injuries. The evidence says otherwise.

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Chi Running is a running technique developed by Danny Dreyer that blends elements of Tai Chi principles with modern endurance running. The core idea is to use posture, alignment, and mindful movement to make running more efficient and reduce the risk of injury. Instead of relying heavily on muscular effort, Chi Running emphasizes using gravity and momentum to propel the body forward. This approach shifts the focus from pushing with the legs to letting the body “fall” into motion, reducing strain on joints and muscles. It’s often described as running from your “center” or “core,” rather than just your legs.

A key aspect of Chi Running is body alignment. Practitioners maintain a tall, relaxed posture with a straight line from the crown of the head down through the hips and ankles. The body leans forward slightly from the ankles—not the waist—allowing gravity to assist in forward movement. The head stays level, the shoulders remain relaxed, and the arms swing lightly to maintain rhythm without excessive movement. By keeping the posture relaxed and symmetrical, Chi Running aims to minimize the energy wasted on unnecessary motion and muscle tension.

Foot placement is another major focus. Chi Running advocates for a midfoot strike rather than a heel strike, allowing the foot to land directly under the body’s center of mass. This reduces braking forces and helps maintain smoother forward momentum. Cadence—often around 170–180 steps per minute—is kept relatively quick, with shorter strides to reduce impact. The combination of midfoot landing, quick cadence, and forward lean is designed to keep the body moving efficiently and in sync with gravity, much like a controlled fall.

Beyond the mechanics, Chi Running incorporates mindfulness and breath awareness. Much like Tai Chi, it encourages runners to stay present, listen to their bodies, and make subtle adjustments to maintain flow. This mental aspect can help prevent overexertion and promote better running economy. Many runners who adopt Chi Running report lower injury rates, improved endurance, and a more meditative experience on the road or trail. While it may take time to retrain muscle memory, the technique offers a sustainable way to run longer and more comfortably by aligning movement with natural body mechanics.

Most Useful Resources:
Chi Running (Foot Health Forum)
Chi Running App (Podiatry App)
Forefoot Pain in Chi Running ? (Podiatry Experts)
Chi Running (Podiatry TV)
Chi Running (Clinical Biomechanics)
Chi Running (PodiaPaedia)
Chi Running (Podiatry Arena)
I did a Chi Running course! (Running Research)

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Brooks Running Shoes

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Brooks Running Shoes are a popular running shoe.

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Brooks running shoes are widely recognized for their focus on performance, comfort, and injury prevention. The brand has built its reputation by centering on running-specific footwear, rather than branching heavily into lifestyle or casual sneakers. Their shoes are known for cushioning technologies like DNA Loft and BioMoGo DNA, which adapt to a runner’s stride and weight, offering both softness and responsiveness. This combination makes Brooks a go-to option for both beginners seeking comfort and seasoned athletes looking for durability in training and racing.

One standout feature of Brooks shoes is their emphasis on biomechanics and injury prevention. For example, the “GuideRails” system found in models like the Brooks Adrenaline GTS helps reduce excessive foot movement by gently aligning knees, hips, and joints. Unlike traditional stability shoes that aggressively correct pronation, this system supports a more natural gait while still offering protection. Such innovations are why Brooks shoes are often recommended by podiatrists and physical therapists for runners prone to joint or alignment issues.

In terms of variety, Brooks caters to different running needs. Neutral runners often gravitate toward models like the Ghost or Glycerin, which emphasize plush cushioning and smooth transitions. Stability seekers, on the other hand, tend to favor the Adrenaline GTS or the Transcend, which combine support features with high cushioning. Trail runners aren’t left out either, with options like the Brooks Cascadia delivering rugged grip, protection, and durability on uneven terrain. This diverse lineup ensures that nearly every runner can find a shoe tailored to their unique stride and environment.

Beyond performance, Brooks also maintains a strong emphasis on sustainability and comfort. Many of their newer models incorporate recycled materials in the uppers and midsoles, reducing environmental impact without sacrificing durability. The shoes are also praised for their consistent sizing and fit, which makes choosing a Brooks model relatively risk-free compared to brands with more variable fits. Altogether, Brooks running shoes balance technology, support, and eco-consciousness, making them a reliable choice for runners at all levels.

Most Useful Resources:
Brooks Running Shoes (Podiatry TV)
Brooks Running Shoes (PodiaPaedia)
Brooks (Foot Health Forum)

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