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April 24, 2025
If you’re dealing with flat feet and overpronation, or sometimes other foot issues, finding the best stability running shoes can provide the support and comfort you need. These shoes are designed to help keep your feet properly aligned and reduce strain, making them perfect for running or everyday wear. In this guide, we’ll help you find the right pair and keep you moving with a little more peace of mind.
What are Stability Shoes?
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To understand what stability shoes are, it’s important to explain the different foot types and the corresponding, suitable shoes that accommodate each type. Foot types are characterized by how pronounced the arch is, as well as any associated gait abnormalities (walking patterns):
Flat feet: When you have a minimal or non-existent foot arch, or when your footprint looks like a complete foot. The foot rolls excessively inward when it’s in motion (overpronation). It is often linked to the development of plantar fasciitis.
High arches: When your arch is very pronounced and you see very little of your footprint. Sometimes associated with underpronation, or when the foot rolls excessively outward when it’s in motion.
Normal arch: When your arch is about halfway “filled” when you look at it from a footprint perspective. There are generally no issues with overpronation or underpronation.
Why Stability Shoes?
Think of stability shoes as running shoes for flat feet. They are specifically engineered to help people who overpronate, providing enhanced support and alignment during movement. They are more rigid, rather than flexible, to ensure the foot stays securely in place when it propels forward. That said, thanks to technological innovation, many stability running shoes on the market offer the necessary correction without feeling restrictive.
More specifically, unlike neutral running shoes (which tend to be more flexible and are suited for those with a normal gait or high arches), stability shoes guide the foot into a more neutral position. This is achieved through features like firmer midsoles and supportive arch structures that counteract the inward rolling motion characteristic of overpronation. By doing so, stability shoes help distribute pressure more evenly across the foot, reducing strain on muscles and ligaments.
This design not only improves comfort during activities like walking or running; it also plays a crucial role in preventing injuries commonly associated with overpronation, such as plantar fasciitis and shin splints.
If you have severe overpronation, motion control shoes offer an even higher level of support. These shoes are constructed with stiffer materials and additional structural components, such as reinforced heel counters and medial posts, to limit excessive foot movement.
While some motion control shoes may feel heavy, they provide maximum control, ensuring the foot maintains proper alignment throughout the gait cycle. This level of control is particularly beneficial for those who require substantial correction to prevent overuse injuries. Motion control shoes can significantly reduce the risk of pronation-related injuries in recreational runners and can be an effective injury prevention strategies.
How Do Stability Shoes Prevent Foot Pain?
Stability shoes help prevent foot pain by offering targeted support where your feet need it most—especially in the arch and heel areas. When your foot rolls too far inward, it puts extra strain on the muscles, tendons, and ligaments that work to keep your stride in check. Over time, this can lead to discomfort or injuries like plantar fasciitis, shin splints, or achy knees. Stability shoes are designed to keep that motion in check, gently guiding the foot to move in a more efficient and aligned way. This takes the pressure off the wrong areas and helps absorb shock more evenly across your foot.
Another key way stability shoes help reduce foot pain is by minimizing the stress placed on your body with every step. Features like firm medial support and structured cushioning help maintain better posture and balance, especially during long walks or runs. That added support means your feet aren’t constantly working overtime to stabilize themselves, which can help you stay active longer without feeling sore. At the end of a long day, your feet will thank you!
The Best Stability Running Shoes
Where do you start when you want to find the right pair? Luckily, we’re going to talk about some of the best options. Some of these are available at our Toronto foot clinic, Feet First Clinic, and come highly recommended by chiropodists and podiatrists. You can always call or visit us to determine what high quality footwear we have in stock at any given time.
ASICS Gel-Kayano 32
The ASICS Gel-Kayano 32 is a go-to for runners seeking plush support and a smooth ride. This latest version keeps the high-level stability the Kayano line is known for, while dialing up the comfort with soft cushioning and a breathable upper. It’s ideal for daily training or long runs when your feet need some extra TLC.
If you're browsing for the top running shoes for stability, the Gel-Kayano 32 should be on your radar. It contains ASICS' 4D Guidance technology. This features a "pod" that acts as a medial post to control the movement of the foot and ankle and prevent overpronation. The medial post is made of a responsive material that will respond to your foot's motion and prevent over-correction. In addition, unlike other stability models with a stacked heel, the Gel-Kayano is structured to "cradle" the foot. This gives all cushioned benefits of a stacked heel and mid-rocker sole, without compromising stability and balance.
Whether you're logging serious miles or just want a reliable everyday trainer, this one's a solid pick.
Saucony Hurricane 24
The Saucony Hurricane 24 is a max-cushion stability shoe built for comfort and support. It features a plush PWRRUN PB midsole and a wide base that keeps you steady, even on longer runs. The shoe is a bit on the heavier side compared to other shoes, but it delivers a smooth, stable ride that's easy on the legs.
For those looking for Stability running shoes for overpronation, the Hurricane 24 is a standout option. It provides excellent support without feeling too rigid, making it great for runners who need a bit more structure. Just keep in mind that it's not the best choice for speedwork due to its weight.
ASICS GT-2000
The ASICS GT-2000 is a reliable stability shoe that offers a balanced blend of cushioning and support. It's designed for runners who need moderate stability without sacrificing comfort. The shoe provides a smooth transition from heel to toe, making it suitable for daily training.
While it may not have the plushness of the Kayano, the GT-2000 is a versatile option for runners seeking a more responsive feel. It's a solid choice for those who need an athletic stability running shoe that doesn't feel too bulky.
Brooks Glycerin GTS
The Brooks Glycerin GTS is a max-cushion stability shoe that combines softness with support. It features Brooks' GuideRails technology, which helps keep your stride aligned without being intrusive. The shoe offers a plush ride that's perfect for long runs or recovery days.
If you're looking for a stability shoe that doesn't skimp on comfort, the Glycerin GTS is worth considering. It's designed to provide a smooth, cushioned experience while still offering the support needed for overpronators. Just be aware that it's more suited for easy runs rather than speed sessions.
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March 27, 2025
Tight calves and foot health go hand in hand (or should we say foot in foot?). Our body parts are intricately connected, meaning discomfort in one area can lead to issues elsewhere. Likewise, muscle strain and fatigue in the lower legs can wreak havoc on the feet and other body parts if ignored for too long. Let’s explore the symptoms and causes of tight calves, how tight calves affect the body and feet, and how a chiropodist or podiatrist can help you manage pain.
Tight Calves: What Are They?
"Tight calves" is a general term describing the sensation of stiffness, pain and tension in the muscles at the back of the lower leg, often leading to restricted movement that affects your daily life. This tightness can manifest as muscle pain and stiffness when walking, balance issues, and more. Tight calves and posture even have a connection!
Anatomy of the Calf Muscles
The calf comprises two primary muscles:
Gastrocnemius: The primary or chief muscle in the calf. It’s located on the back of your leg, relatively close to the skin’s surface. This superficial muscle has two heads, medial and lateral. It helps flex the knee and foot, and also plays a crucial role in walking and posture.
Soleus: Located beneath the gastrocnemius, this wide and flat muscle is deeper, and originates from the posterior tibia while connecting to the Achilles tendon above the heel. This group helps stabilize ankle during activities like walking and running.
Understanding the structure and function of these may be helpful in determining the cause of calf muscle tension.
What Causes Calf Pain?
Pain in the lower part of the back of the legs does not always feel the same. It may some on suddenly, or nag at you all day by way of a mild, dull ache. The former is often the result of a sudden injury or sharp movement, whereas the latter can build over time, resulting from lifestyle choices like wearing unsupportive shoes or working out too hard.
Here are some common causes of calf pain:
Muscle Cramps. Sudden, involuntary contractions of the calf muscles, known as cramps, can cause significant tightness and discomfort. These cramps may result from factors such as dehydration, general muscle fatigue, or electrolyte imbalances.
Overuse. Engaging in repetitive activities that involve a lot of running or jumping can overwork the calf muscles and make them feel tight. This is especially common when increasing training intensity or duration without allowing yourself to rest.
Muscle Strain. Overstretching or tearing the calf muscles, often due to sudden movements or excessive force, can result in tightness, pain, and swelling.
Non-supportive and Ill-fitting Footwear. Shoes lacking arch support, shock absorption, or cushioning force the muscles to work harder with every step. Without proper arch support, the foot may put excessive strain on the calf muscles as they attempt to stabilize the lower leg. A lack of shock absorption further increases the impact of the ground on the feet and legs. Similarly, insufficient cushioning fails to distribute pressure evenly, leading to increased stress on the calves, especially during prolonged standing or walking.
Poor Ankle Mobility. Limited flexibility in the ankle joint can place additional strain on the calf muscles, contributing to tightness. Some causes include having a history of ankle injuries or arthritis.
Pre-existing Gait Abnormalities and Foot Type. Overpronation (excessive inward foot rolling — common in flat feet) or underpronation (excessive outward foot rolling — common with high arches), can lead to calf muscle tightness due to altered mechanics and increased strain.
Dehydration and Mineral Deficiencies. Lack of adequate fluids or essential minerals like potassium, magnesium, and calcium can lead to muscle cramps and tightness in the calves.
Inactivity. Prolonged periods of inactivity or sedentary behavior can cause the calf muscles to become tight due to lack of regular movement and stretching.
Venous Insufficiency. Conditions like deep vein thrombosis (DVT) or varicose veins can cause calf tightness, as well as general venous insufficiency.
How Tight Calves Affect the Body and Feet
We can feel the effects of tight calf muscles in more ways than one. Our feet can become weaker, more vulnerable and fatigued, sometimes leading to a foot condition we didn’t have before. Tight calves can also cause experience mysterious back and knee pain. Here are common additional problems can arise from strain in the lower legs.
Joint Pain
Tight calves can have a significant impact on the body's overall alignment, posture and movement, often leading to joint pain in the knees, back, and feet.
When the calf muscles are tight, they restrict proper ankle dorsiflexion (a term for backward, upward bending). When ankle mobility is restricted, the body may lean forward slightly to maintain balance, causing strain on the lower back muscles and leading to chronic discomfort. This abnormality can put excessive strain on other joints, like in the knees. This perfect storm of joint problems and limited movement can contribute to conditions like osteoarthritis over time.
Biomechanical Foot Conditions
The feet often bear the brunt of tight calf muscles, as they have to absorb additional stress during movement. Calf pain can cause a disrupt our running or walking gait as we try to move through the pain. Further, since our calf muscles connect our knees to our ankles, when the calves become tight it puts strain on the ankle. This disrupts our foot mechanics and can cause painful, chronic overuse injuries like plantar fasciitis and Achilles tendonitis. In fact, tight calves is one of the leading contributing factors to Achilles tendonitis and plantar fasciitis.
Increased Risk of Injury
Aching, tense muscles are more susceptible to further strains and tears, in addition to also causing balance problems as you struggle with pain. All of this combined can be a recipe for disaster and lead to a slip or fall (especially in seniors) that may cause even more damage, like a broken bone. Tight calf muscles can also contribute to more mild conditions like shin splints (repetitive stress on the shin bone) and generally hinder athletic performance.
Circulatory Problems
The calf muscles assist in pumping blood back to the heart from the lower extremities. Tightness in these muscles can impede this process, resulting in swelling in the feet and ankles and, in severe cases, contributing to circulatory problems.
How to Treat Tight Calves: Muscle Tightness and Foot Care
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A foot care professional can help with calf tightness and pain. With their guidance and your determination to improve your foot and leg health, you can live and move comfortably. Let’s explore some options.
Compression Stockings
Wearing medical-grade compression stockings can improve circulation in the lower legs, reducing muscle fatigue and tightness and giving your lower extremities a healthy, comforting and energizing boost.
They work by applying gentle pressure to the legs, which helps prevent blood pooling and promotes better oxygen delivery to the muscles. Compression therapy is especially useful for individuals who spend long hours on their feet, live a sedentary lifestyle, spend prolonged periods sitting while travelling, pregnant women, or those with conditions like varicose veins. A physician can determine the right level of compression based on your specific needs.
Custom Orthotics
Custom orthotics can help address underlying biomechanical issues that contribute to tight calves. A chiropodist can assess foot structure to design orthotics that conform to your feet, and yours alone, providing tailored support and alignment for your unique needs.
By correcting imbalances and reducing strain on the lower leg muscles, orthotics can help alleviate tightness and prevent further discomfort. These devices can be particularly beneficial for individuals with flat feet, high arches, or abnormal gait patterns that place excessive stress on the calves.
Proper Footwear
Shoes with adequate arch support, cushioning, and shock absorption that redistributes pressure away from the heel can help keep your feet comfortable, maintain proper lower limb alignment and reduce strain on the calf muscles. Chiropodists and podiatrists often advise against wearing unsupportive footwear like flip-flops or high heels for prolonged periods, as they can contribute to muscle tightness and discomfort in the calves and feet.
Strengthening Exercises and Stretching Programs
A structured exercise program focusing on calf flexibility and strength can significantly reduce tightness. Chiropodists can recommend targeted stretches that target the gastrocnemius and soleus muscles — helping improve range of motion in the lower leg and fighting off stiffness.
Calf raises in particular (see demonstration below) can enhance muscle endurance and prevent recurring tightness. Incorporating these exercises into a daily routine can improve mobility and reduce the likelihood of calf-related discomfort.
Some other good examples of stretches for calf muscles include the Soleus Stretch and Heel Stands. Click the links for Feet First Clinic demonstrations!
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March 13, 2025
Flat feet are a condition in and of themselves. However, flat feet also have an impact on future foot health and can lead to other more painful foot conditions. But can flat feet really cause bunions? While it seems unlikely that a toe deformity can be linked to a flat arch, you'd be surprised how interconnected our lower extremities are, especially the feet! Today’s article will explore how flat feet cause bunions, what you can do to prevent them, and how a foot specialist like a Chiropodist or Podiatrist can provide treatment.
What are Flat Feet?
Flat feet, or pes planus, cause the entire sole or most of it to contact the ground when standing and walking. For some people, this condition can extend into adulthood from childhood (children have flat feet before the arch forms) when the arch fails to form.When you have normal arches, they provide an elastic, springy connection between the forefoot and the hindfoot, allowing forces incurred during weight-bearing to be distributed properly. When these arches don’t exist, this mechanism is disrupted, leading to pain and other complications.
What are Bunions?
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Bunions, or hallux valgus, are bony protrusions that form on the inside edge of the first metatarsophalangeal (MTP) joint at the base of the big toe. They develop when pressure causes the big toe to deviate toward the second toe, resulting in a misalignment of the joint. Emerging research indicates that hypermobility in the midfoot (specifically the mid-tarsal joint between the navicular and the base of the first metatarsal) may be a key underlying factor in the development of bunions, and this hypermobility is often genetic.
Common Bunion Causes and Risk Factors:
Ill-Fitting Footwear: Wearing the wrong shoes for years is a major risk factor for most foot conditions, especially bunions. Wearing tight, narrow, or high-heeled shoes can exacerbate pressure on the big toe joint, contributing to bunion formation. Your toes need space to splay and rest comfortably!
Gender and Age: Women, particularly those over 60, are more prone to developing bunions, generally due to decades spent making poor footwear choices, or possibly due to hormonal influences that affect the ligaments in the foot.
Inflammatory Conditions: Diseases like rheumatoid arthritis can cause joint inflammation, which increases stress on the big toe and the risk of bunions.
Foot Injuries: Trauma to the foot can alter its mechanics, leading to bunion development.
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Flat Feet and Bunions: The Connection
If you’re not proactive, the shape of your foot arch can have a big impact on our foot health over time. You may know that flat feet can lead to plantar fasciitis, and you may also know that high arches can lead to back pain, but our arch shape can affect us in countless ways. Let’s talk about the science behind why a flat foot can lead to a painful bunion.
It all boils down to flat feet causing an abnormal gait (walking pattern), and the damage caused by walking with that abnormal pattern for a long period of time.The structural anomaly of flat feet and barely having an arch, or no arch at all, can significantly impact foot mechanics—particularly during walking. In a typical gait cycle, the foot pronates (rolls inward) to absorb shock and then supinates (rolls outward) to create a rigid lever for propulsion. Individuals with flat feet often experience overpronation, where the foot remains excessively rolled inward during the push-off phase. The altered biomechanics increases pressure on the first MTP joint, leading to instability and misalignment. Over time, this persistent stress can cause the big toe to deviate toward the second toe, resulting in a bunion.
Moreover, flat feet can lead to muscle imbalances that exacerbate bunion formation. Weakness in the intrinsic foot muscles (a group of tiny muscles inside the foot) and the tibialis posterior muscle (a muscle in your lower leg) compromises arch support, worsening overpronation. This chain reaction places additional strain on the big toe joint, accelerating bunion development. Therefore, the combination of altered foot mechanics and muscle imbalances associated with flat feet plays a significant role in the development and progression of bunions.
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Preventing Bunions With Flat Feet
First and foremost, it’s all about the shoes! Selecting footwear that fits properly with a wide toe box and adequate arch support is crucial. A spacious toe box prevents crowding of the toes, reducing pressure on the big toe joint and minimizing the risk of bunion formation. Adequate arch support helps maintain proper foot alignment, distributing weight evenly and alleviating stress on MTP joint. Avoiding high heels and narrow shoes is essential, as they can exacerbate foot misalignment and increase the likelihood of developing bunions.
Incorporating custom orthotics can provide even more arch support if you have flat feet. These orthotics help correct overpronation—which we know now is a common issue—by stabilizing the foot's movement during the gait cycle and keeping it in neutral alignment. By improving foot alignment, orthotics reduce undue pressure on the big toe joint, reducing your risk of bunion development.
Lastly, Engaging in specific exercises can strengthen the muscles supporting the foot arch, enhancing stability and function. These exercises should aim to:
Strengthen Foot Muscles: Targeting the intrinsic and extrinsic muscles of the foot to provide better support for the arch and improve overall foot stability.
Improve Flexibility: Enhancing the range of motion in the toes, feet, and ankles to prevent stiffness and reduce strain on the MTP joint.
Enhance Balance and Coordination: Developing proprioception to ensure proper foot placement and gait mechanics, thereby reducing the risk of misalignment.
Regular practice of these exercises can improve foot biomechanics, reduce overpronation, and subsequently lower the risk of bunions. See below for an example of a great flat foot exercise.
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Foot Clinic Bunion Care
If you already struggle with bunions and foot pain, don’t worry; there are plenty of options available to you.
Bunions cannot be reversed after they form, but they can be managed with guided care from a podiatrist or chiropodist. The goal is to avoid invasive surgical intervention while still preventing bunions from impacting your daily life as much as possible. Most of these bunion treatment options are available at our downtown Toronto foot clinic:
Footwear Modification. Wearing shoes with a wide toe box and avoiding high heels can help reduce pressure on the bunion. Orthopedic shoes designed to accommodate bunions provide additional support and comfort.
Anti-inflammatory Medication. Over-the-counter NSAIDs, such as ibuprofen, can help reduce inflammation and alleviate pain associated with bunions.
Bunion Splints and Aligners. Devices like bunion splints and toe spacers can help realign the big toe and reduce discomfort. They can provide symptomatic relief, and you can try a more rigid device if your bunion is severe.
Therapeutic Taping. Applying tape to the foot can help maintain proper alignment and reduce strain on the bunion, providing temporary relief from pain and inflammation.
Shoe Stretching. Professional shoe stretching can create additional space in the shoe, reducing pressure on the bunion without altering the overall size of the footwear.
Supportive Insoles or Custom Orthotics. Custom orthotics can provide support to the arches and correct faulty biomechanics. This can potentially slow the progression of bunions by reducing pressure on the first MTP joint.
Bunion Exercises. Strengthening foot muscles through specific exercises can improve joint stability and decrease bunion-related pain. Try these 5 simple exercises for bunions.
Shockwave Therapy: This non-invasive treatment can address tight muscles and soft tissue injuries associated with bunions. This can potentially reduce pain and improve function.
Implementing these non-surgical interventions can significantly alleviate discomfort and slow the progression of bunions, enhancing overall foot health and quality of life.
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January 2, 2025
One of the best ways to prevent foot pain in your kids is to encourage them to try kid-friendly foot exercises. Children are constantly growing and doing physical activities, so it's important for them to do exercises that help strengthen their muscles, improve flexibility, soothe pain and enhance coordination. Today’s article will teach you how to select the right exercises for your little ones, and give five examples they can try.
How to Keep Foot Stretches Safe for Kids
It's important to ensure that the exercises are safe, effective, and appropriate for their age and development stage. Here are a few key factors to look out for:
Gentle and controlled movements: Stretches should never cause pain— which is also true for adults. Feeling “the burn” or feeling the stretch work in the appropriate area is very different from feeling pain. Furthermore, kid-friendly stretches should involve slow, controlled movements. If a stretch feels too intense or painful, it should be stopped. Kids' muscles and tendons are still developing, so overstretching can lead to injury.
Age-appropriate: The stretch should be suitable for the child's age and physical development. For example, a 4-year-old might not perform the same exercises as a 12-year-old.
Supervision: Parents should play an active, observant role in their children’s foot health. Always supervise during foot stretches to ensure they’re performing them correctly and safely. Guide them through the stretch, making sure they aren’t twisting or forcing their bodies into unnatural positions.
Short and frequent sessions: Kids typically benefit from shorter stretching sessions, as their attention spans are limited and their muscles can become fatigued quickly.
Consult a foot specialist: A foot care professional, like a chiropodist or podiatrist at a foot clinic can explain what type of stretches and exercises your child will benefit from the most. Booking a foot assessment for your kids is a great first step!
Top 5 Kid-Friendly Foot Exercises
Pen pick-ups
Frozen water bottle rolls
Seated hamstring stretch
Calf stretches
Flat feet exercises
Pen Pick-Ups
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A good stretching tip for kids’ feet is to make stretches as interactive and fun as possible. Pen pick-ups are great foot exercises for children as it allows them to focus on a task, which will hopefully keep them from getting restless or distracted. They will love the challenge of picking up every single pen and putting them in the bowl - proudly accomplishing their goal while simultaneously taking care of their foot health. You an also do this exercise with objects like marbles and lego (which could serve the dual-purpose of strengthening their feet while getting them to put their toys away!)
This simple exercise strengthens the intrinsic muscles of the foot, which support the arch and contribute to better balance and stability. By taking care of these muscles early, children can reduce the risk of developing common foot issues— ranging from plantar fasciitis, to even arthritis or bunions in their golden years.
Additionally, the exercise promotes coordination and fine motor skills by challenging kids to use their toes in a precise and controlled manner. This activity can also help with flexibility, ensuring that the joints in the toes and feet stay mobile and healthy, which is particularly important for growing children.
How to do it:
Sit on a chair with feet flat on the ground.
Use the toes to pick up pens one at a time. Small objects like pencils or marbles can also work.
Place each pen into a bowl.
Repeat several times for each foot.
Seated Hamstring Stretch
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While not specifically a foot exercise, stretching other parts of the body have a positive affect on foot health — everything is connected, from the toes to the head!The seated hamstring stretch is a great option for kids experiencing growing pains. These aches often present as a throbbing sensation in the legs, thighs, or behind the knees. Stretching the hamstrings can help relieve this discomfort, not to mention tight hamstrings are linked to muscle imbalances that may lead to knee or ankle pain in the future.
It’s worth noting that “growing pains” is somewhat of a misnomer. Despite the name, there is no scientific evidence that growth itself causes pain. Instead, these aches are more likely a result of daytime activities that strain muscles, with the discomfort surfacing at night when kids are at rest. This occurs because during growth spurts, bones can grow faster than muscles and tendons, which might cause discomfort.
Hamstring stretches play a key role in alleviating muscle strain associated with growing pains. When kids engage in activities like running, jumping, or climbing, the hamstrings can become overworked and tight. Stretching this muscle group increases flexibility, reduces tension, and improves blood flow, which helps relax the muscles and relieve discomfort. Regular stretching also prevents stiffness, supporting healthy movement and reducing the likelihood of aches caused by muscle fatigue.
How to do it:
Sit on a chair with the back straight.
Extend one leg straight out in front.
Slowly lean forward from the hips, reaching toward the extended leg.
Stop when a stretch is felt in the hamstring.
Hold for 30 seconds and repeat on the other leg.
Make sure your child knows exactly where the hamstring (back of the thigh) so they know when it’s working!
Frozen Water Bottle Rolls
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Similar to the pen pick-ups, this easy-to-perform exercise is a good option for children as it lets them engage more by incorporating an object with a task.If you don’t have water bottles at home, your child can use golf, tennis or massage balls. They won’t get the same instant soothing effect you get with the frozen element, and ice can be more ideal for muscle strain, but these will still target foot arch pain.
Foot arch pain in kids can arise from a combination of biomechanical stress, growth-related changes, and physical activity demands. As children grow, their foot structure continues to mature, with the arches typically becoming more defined. However, during late childhood and adolescence, factors like growth spurts can create temporary muscle imbalances. As the bones grow rapidly, the surrounding muscles, tendons, and ligaments—especially those in the arch—may struggle to keep up, resulting in tightness and strain. This can be particularly noticeable in active older kids, as their physical activities intensify with sports and other high-impact movements, placing additional stress on the plantar fascia and intrinsic foot muscles.
Biomechanical issues like excessive ovpronation from having flat feet (rolling inward of the foot), or supination (rolling outward) from having high arches can further contribute to arch pain. These movement patterns lead to uneven distribution of weight and abnormal stress on the plantar fascia and Achilles tendon, which can cause inflammation and discomfort. Adolescents who participate in sports like basketball, soccer, or gymnastics may be especially prone to arch pain due to the repetitive jumping, running, and pivoting that challenge the foot's structural stability.
How to do it:
After freezing a water bottle for a few hours, place it on the floor.
While seated or while standing, roll your foot back and forth over the frozen water bottle.
Move your foot side to side to massage different areas.
Continue for a few minutes per foot.
Calf Stretches
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Like hamstring stretches, calf stretches are another way to help kids manage aches and pains in the legs. They also benefit foot health by strengthening the Achilles tendon. Targeting the Achilles tendon early improves its flexibility and resilience, reducing the risk of developing Achilles tendonitis later in life, especially for little future athletes. A strong and flexible Achilles tendon adapts better to high-impact activities and repetitive strain.
Kids can develop tight calves due to a combination of biomechanical, developmental, and activity-related factors. Activities like running, jumping, or climbing, heavily engage the calf muscles. Without adequate stretching or recovery, this repetitive strain can lead to chronically tight muscles.
Furthermore, gait abnormalities or alignment issues, such as congenital flat feet, can place additional strain on the calf muscles.
How to do it:
Straight-Leg Stretch
Step one leg forward and bend the front knee.
Keep your back leg straight with the heel pressed into the ground.
Hold the stretch for 30-45 seconds.
Bent-Leg Stretch
From the same position, bend the back knee slightly.
Feel the stretch lower, near the ankle.
Hold for 30-45 seconds.
Arch Lifts
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As we briefly mentioned, most kids have flat feet until around age 7. This exercise is a good option for younger kids between ages 4-6 who will soon start developing a foot arch, as well as kids who continue to have a minimal or non-existent arch.
This exercise helps activate and strengthen the muscles on the outside of the foot, which play a key role in supporting the arch. For younger kids who are beginning to develop their foot arches, the movement encourages the muscles to work in a way that supports natural foot development.
For kids who still have flat feet or minimal arches, this exercise can provide a gentle way to engage the muscles and ligaments that support the arch, potentially improving the structure over time. By focusing on proper alignment and muscle activation, it promotes better foot mechanics for your little one and helps reduce the risk of discomfort or foot-related issues.
How to do it:
Stand with the feet hip-width apart.
Slowly roll your weight onto the outside of your feet.
Keep your toes relaxed and your ankles straight.
Hold for 15 seconds.
Release and repeat 3 times.
December 19, 2024
As the colder months roll in, it's important to pay extra attention to your feet. Studies show that foot exercises in the winter can help prevent stiffness and pain by improving blood flow, and keep your feet feeling warm and energized. This is especially important for people with certain foot conditions. By incorporating simple exercises into your routine, you can keep your feet in better shape, even as the temperature drops. Keep reading for five of the best foot exercises to boost circulation and keep your feet healthy throughout the winter.
Today We'll Learn
How Foot Exercises Can Improve Blood Circulation in Cold Winter Months
What foot conditions benefit the most from improved circulation
The 5 best foot exercises to improve circulation in winter
How these foot exercises improve blood flow
How Foot Exercises Can Improve Blood Circulation in Cold Winter Months
The circulatory system, also called the cardiovascular system, is responsible for delivering nutrients and oxygen to every part of our bodies. Sufficient blood circulation is very important to the lower extremities, like the feet, ankles and legs, because it helps reduce the risk of muscle cramps and fatigue by removing waste products like carbon dioxide and lactic acid, while also supporting cell repair and overall function.
Poor circulation can lead to swelling, numbness, and cold sensations in your limbs, hands and feet. It can also be connected to serious issues, like diabetes, which can lead to slow-healing wounds, infections, or even ulcers.
Maintaining good blood flow in the legs, ankles, and feet is even more important during the winter because cold temperatures cause blood vessels to constrict, which reduces blood flow to the extremities even more than usual. This can make feet and ankles more prone to stiffness, pain, numbness, and feeling cold.
Maintaining healthy blood flow via foot exercises helps improve mobility, soothes pain, and ensures the feet and lower limbs remain as strong as possible during the cold winter months. They also help people who simply want to keep their feet healthy and stay on top of their winter foot care.
Blood Circulation Exercises for Feet: Conditions Treated
Foot exercises and stretches that boost blood flow can help a wide range of conditions, including:
Diabetic Neuropathy: Improved circulation might help your body’s circulatory system deliver oxygen and nutrients to nerve tissues. This can help with tingling, numbness and nerve damage.
Edema (Swelling): Foot exercises stimulate the muscles that help the veins pump blood from your feet back up to your heart. This helps prevent fluid accumulation in the feet and ankles, which in turn reduces swelling in the lower limbs.
Peripheral Artery Disease (PAD): A common condition that narrows the arteries that restricts blood flow. Foot exercises may alleviate pain and cramping while improving mobility and making walking easier.
Raynaud’s Phenomenon: A condition in which extremities, like the hands and feet, are particularly sensitive to cold weather, causing the blood vessels to narrow (which then leads to poor circulation and all the other things we mentioned). Stretching and exercising the feet encourages blood flow, which can counteract the effects of Reynaud's.
Varicose Veins: These are enlarged, twisted and sometimes painful veins. Exercises that strengthen calf and foot muscles may reduce blood pooling in the veins, while minimizing discomfort and clot risks.
Plantar fasciitis: An overuse injury that causes inflammation in the plantar fascia and heel pain that comes and goes. Good circulation is essential to help your body heal injuries, so activities that boost circulation may decrease inflammation and speed up the recovery process.
Arthritis: Increased blood flow delivers oxygen and nutrients to joint tissues, reducing stiffness and improving joint mobility.
1. Foot Massage with Tennis Ball
https://www.youtube.com/shorts/cyHPLNoTPwQ
How to do it:
While standing, place one foot on the tennis ball and press down gently. Roll the bottle back and forth under your foot, starting from the heel and moving to the toes. Use your body weight to adjust the pressure, ensuring it's comfortable but effective.
Roll each foot for about 1–2 minutes. Focus on different areas, such as the arch and ball of the foot, to help relieve tension and boost circulation.
You can also use a lacrosse or golf ball, or a therapeutic massage ball.
2. Toe Splays
https://www.youtube.com/shorts/gOwgyrmU6hM
How to do it:
While seated, plant your feet flat on the ground.
Bunch your toes together by scrunching them inward, keeping the movement controlled.
Press your big toe firmly into the ground while spreading the other toes as far apart as possible, holding before relaxing.
Perform on both feet at the same time, or one foot at a time.
3. Toe Flex and Raises
https://www.youtube.com/shorts/n46k32OZgco
How to do it:
Start in a seated position with your feet flat on the floor.
Flex your toes upward towards the sky before flexing them downwards towards the floor.
Repeat 10-15 times on each foot.
4. Pen Pick-Ups
https://www.youtube.com/shorts/5PCZuM5E6RU
How to do it:
Stay seated.
Lay three pens, or similarly shaped objects, in front of you--spaced apart evenly.
Using your toes, pick up each pen and place it in a bowl.
5. Seated Toe Pulls
https://www.youtube.com/shorts/7-XrzvpxETc
How to do it:
While sitting on a chair and cross one foot over the opposite knee.
Pull your toes toward you and hold them in that position for 30-50 seconds.
Repeat 2-3 times on each foot.
How These Foot Exercises Improve Blood Flow
Exercises like the tennis ball massage boost blood flow by stimulating the muscles on the bottom of the foot. In more scientific terms, they target the plantar aspect (sole of the foot), which stabilizes the arch. It also releases tension in the plantar fascia, improving its elasticity and promoting better circulation in the surrounding tissues. This enhanced blood flow helps deliver oxygen and essential nutrients to the area, aiding in healing and reducing inflammation. Additionally, as the blood vessels dilate, the foot’s tissues become more flexible and less prone to tension.
Toe splays, toe flexes and raises, and similar exercises activate the intrinsic muscles of the foot. These muscles are located within the foot itself, as opposed to the extrinsic muscles that originate in the lower leg and insert into the foot.
These intrinsic muscles help control fine movements of the toes, stabilize the arch, and support balance. When they're activated during toe exercises, they stimulate the foot's blood vessels and promote better circulation. More specifically, working the toes can enhance venous return, which is the process by which blood is pumped back to the heart. The activation of these foot muscles also helps compress the veins, aiding in the movement of blood against gravity.
By targeting the small, intrinsic muscles, these exercises help to balance the workload between the foot’s various structures, preventing overuse injuries in the larger, more externally located muscles. Strengthening these muscles can also improve overall posture and movement patterns, reducing the risk of misalignments or discomfort that may radiate through the legs and lower back. When the foot muscles are conditioned and have good range of motion, they allow for better shock absorption and energy transfer during activities like walking, running, and standing. This reduces strain on other parts of the body, contributing to overall musculoskeletal health.
Furthermore, foot exercises like toe flexes, raises, and splays support better sensory feedback from the ground, enhancing proprioception—the body's ability to sense its position and movement. Improved proprioception helps with balance and stability, particularly in individuals who may be recovering from an injury or who experience frequent falls due to weakened muscles or poor circulation. By exercising the foot muscles, the brain receives clearer signals from the feet, which can enhance coordination and response times during daily movement. This can be particularly helpful for older adults or individuals with conditions that affect motor skills.
December 12, 2024
Flat feet and plantar fasciitis are closely linked, with flat feet often contributing to the development of plantar fasciitis. Both conditions can also lead to foot pain and mobility issues, and can worsen over time if not properly addressed. Today’s article will answer:
What are flat feet?
What is plantar fasciitis?
What is the connection between flat feet and plantar fasciitis?
How can I treat flat feet and plantar fasciitis?
What are Flat Feet?
Flat feet, scientifically called pes planus, is a condition where you have a very minimal or non-existent foot arch. It is one of three arch types, the others being a normal arch and a high arch. If you have flat feet, your entire sole is in constant contact with the ground when you aren’t wearing shoes.
Most children naturally have flat feet but grow out of it as they get older. If you don't grow out of it by adulthood, it is called congenital flat feet.
Some adults may also have normal arches that collapse. This condition, which may affect one or both feet, is sometimes called adult-acquired flatfoot or fallen arches (both commonly referred to as simply flat feet or flatfoot), and may be asymptomatic. However, it often results in discomfort, foot pain and biomechanical issues.
Many people may not realize they have an abnormal arch or how it affects the rest of our body. That’s why it’s important to talk to a podiatrist or chiropodist whenever you experience foot pain. They can determine whether your pain is directly linked to your foot type and arch structure before offering the appropriate treatment.
Causes of Adult-Acquired Flat Feet
Common causes of adult-acquired flat feet are:
Posterior Tibial Tendon Dysfunction (PTTD): PTTD is a medical condition involving damage, weakening, or inflammation of the posterior tibial tendon, which supports the arch of the foot. It is one of the leading causes of fallen arches in adults. Left untreated, PTTD can progress to foot arch pain and flat feet, often in only one foot.
Aging: As you age, the ligaments, tendons, and muscles in your feet lose elasticity and strength. This natural wear and tear can result in the gradual flattening of the arch.
Obesity: Extra body weight increases pressure on the feet, especially the arches. This additional load can accelerate the breakdown of the foot’s structures, leading to flat feet.
Rheumatoid Arthritis: This condition can affect the joints and soft tissue in the foot, weakening the ligaments and structures that support the arch, and leading to its collapse.
Injury or Trauma: Injuries to the foot or ankle, such as fractures or sprains, can damage the tendons or ligaments that support the arch. This can disrupt the foot's normal structure and collapse its arch.
Pregnancy: Hormonal changes during pregnancy can relax the ligaments in the body, including those in the feet. This can cause the arch to flatten, often temporarily, but it may persist in some women after childbirth.
Overpronation
Flat feet are a structural issue. Think of a normal arch as an important component of a home; when it is lacking, your foot’s utility and functionality will be affected, as well as your mobility. This means you may subconsciously start walking in an abnormal way to make up for the absent arch and accommodate foot pain, which causes even more damage over time. For people with flat feet, this movement is called overpronation.
When you overpronate, the foot rolls too far inward during walking or running, and becomes a consistent feature of your gait (your walking pattern). This leads to uneven pressure distribution which can cause pain and contribute to injuries in the feet, ankles, knees, back and hips.
What is Plantar Fasciitis?
https://www.youtube.com/shorts/rSKd2ztKWa8
Plantar fasciitis is technically an overuse injury. It targets the plantar fascia, which is a long, fibrous ligament (or band of tissue) that runs along the toes to the heel, connecting the bones of the foot.
The plantar fascia also operates as a dynamic support mechanism for the foot’s arch, distributing forces evenly during movement. When overused, it may lose elasticity and develop microtears, typically near its attachment point at the heel. This then leads to inflammation, your body’s natural response to injury.
If untreated, plantar fasciitis can lead to impactful gait changes, prolonged foot pain, and secondary issues in the knees, hips, or lower back.
Plantar Fasciitis Symptoms
Heel Pain (especially in the morning): This is a hallmark symptom. During rest, the plantar fascia tightens. When taking your first steps after waking, the tissue is suddenly stretched, leading to sharp pain. As the fascia warms up, the pain often decreases.
Pain after prolonged standing or activity: Standing for long periods or engaging in weight-bearing activities places repetitive strain on the plantar fascia. This results in pain that often intensifies after the activity ends.
Tenderness or stiffness in the heel area: The attachment point of the plantar fascia to the calcaneus (heel bone) is a common site for inflammation and microtears, leading to localized stiffness and tenderness, especially after inactivity.
Swelling in the heel or arch: Inflammation from repeated stress might cause fluid accumulation in the affected area, causing visible or palpable swelling as the body tries to repair itself.
Worsening pain with barefoot walking or unsupportive shoes: Walking barefoot or wearing shoes without adequate arch support increases strain on the plantar fascia.
Foot arch pain: Inflammation of the plantar fascia can irritate nearby areas, causing burning or aching sensations along the length of the fascia in the arch of the foot.
https://www.youtube.com/shorts/fTIAlew5T04
The Connection Between Flat Feet and Plantar Fasciitis
Studies suggest that you are more likely to develop plantar fasciitis if you have flat feet versus a normal arch, making flat feet a top risk factor for plantar fasciitis.
This is mainly because the foot and gait mechanics associated with flat feet put excess strain and pressure on the plantar fascia. In a normal foot, the arch acts as a natural shock absorber, distributing weight and reducing stress on the plantar fascia. However, since people with flat feet have a low or entirely absent arch, it disrupts this natural shock absorption from occurring.
Overpronation also strains the plantar fascia, causing microtears and inflammation over time. Additionally, the misalignment caused by flat feet can lead to uneven weight distribution, increasing stress on the plantar fascia and exacerbating the condition.
These factors can also place additional strain on surrounding structures, such as the Achilles tendon, which will worsen the overall tension in the plantar fascia.
Additional Plantar Fasciitis Causes and Risk Factors
Aside from people with flat feet, plantar fasciitis is also common in:
Middle-aged Adults: Particularly those aged 40 to 60, as natural wear and tear over time can weaken the plantar fascia.
Athletes: Runners, dancers, and those involved in high-impact sports are at increased risk due to repetitive stress on the plantar fascia.
People with high arches: Having a high arch, the polar opposite of a flat foot, can also cause plantar fasciitis due to increased strain on the plantar fascia and excessive supination (when the foot rolls excessively outward during walking and running).
People struggling with obesity: Carrying extra weight increases pressure on the plantar fascia, especially during standing or walking.
Workers who stand for long hours: Healthcare workers, factory employees, restaurant staff, construction workers and more are at a higher risk due to the repeated strain from standing.
Plantar Fasciitis and Flat Feet: Treatment
If you’re looking for flat feet and plantar fasciitis pain relief, visiting a foot specialist, like a podiatrist or a chiropodist, is your best bet. These experts can provide education, treatment services, and “homework” ideas you can incorporate in your daily routine. Keep reading to learn ways you can manage both issues!
Exercises and Stretches
https://www.youtube.com/shorts/7-XrzvpxETc
Performing light, simple and effective routines can help strengthen the plantar fascia and manage heel and foot arch pain. Here are some you can try:
Seated toe pulls: Sit with one foot crossed over the opposite knee and use your hands to gently pull your toes towards you for 30 seconds. Repeat with the other foot.
Towel pickups: Stand with your feet flat on the floor and a towel placed in front of you. Use your toes to scrunch the towel towards you, then relax. Repeat for 30 seconds, then switch feet.
Calf raises: Stand on a step, rise onto your toes, then slowly lower your heel back down. Repeat for 8-10 reps, completing 3 sets.
Read a more detailed article on the best exercises for plantar fasciitis.
Proper Footwear
Wearing the right footwear is essential for managing both flat feet and plantar fasciitis. The key features to look for include:
Arch support: Arch support is the cornerstone of plantar fasciitis treatment. This will keep the plantar fascia properly supported and reduce strain. Arch support also provides stability and helps prevent the overpronation (excessive inward rolling of the foot) that can strain the plantar fascia.
Cushioning: Helps absorb shock, reducing the impact on the heel and alleviating discomfort.
Firm heel counter: Supports the back of the foot, preventing excessive movement and ensuring stability when walking or standing.
Comfortable fit: Ensures the shoe isn’t too tight or too loose. You want to ensure shoes also provide ample space for the toes to prevent overcrowding. This reduces pressure points, allows for proper alignment (which is crucial for people with flat feet) and offers overall comfort.
Midfoot support: Offers additional stability to prevent the arch from collapsing further, keeping the foot properly aligned and supporting a natural gait.
Rounded sole front: A rounded toe or sole at the front of the shoe (like a rocker sole) encourages a smoother toe-off during walking. It can also promote a more natural, efficient gait by allowing the foot to roll more fluidly from heel to toe.
Stability and motion control shoes: These are designed to address the unique needs of people with fallen arches and excessive overpronation to keep your feet in a neutral position during movement. They provide enhanced arch support while controlling foot and ankle motion with firmer midsoles and medial posts (a denser material on the inner side of the shoe), all the while reducing strain on the plantar fascia.
If these features seem overwhelming and you’re having trouble finding the right shoes, our one-stop-shop Toronto foot clinic offers complimentary shoe fittings.
Custom Orthotics
Foot clinics can provide custom orthotics. These are tailored to your foot’s personalized shape, are designed specifically for you and can be worn with many shoe types. For people with flat feet, they provide arch support and reduce excessive pronation. This can help alleviate the stress placed on the plantar fascia, reducing the risk of developing plantar fasciitis and helping alleviate the symptoms of the condition itself.
Shockwave Therapy
https://www.youtube.com/shorts/nt1SgT9xrUM
This is a non-invasive treatment for plantar fasciitis, and many other conditions as well! It takes minimal time and usually causes relatively little (if any) discomfort. Shockwave therapy works by transmitting low-intensity acoustic waves to the plantar fascia, which promotes healing. The process works by stimulating the body’s natural healing mechanisms, encouraging the repair of damaged connective tissue and the regeneration of cells in the affected area. Many studies find shockwave therapy to be an innovative, safe and effective treatment for plantar fasciitis.
More Treatment Options for Plantar Fasciitis and Flat Feet:
RICE method: Rest your foot, wrapped cold compression, and elevate the foot for 5 minutes then remove and wait 5 minutes for it to warm up then walk. This is a tried-and-true plantar fasciitis (and other injuries) treatment you can do from home!
Joint immobilization: Temporarily restrict movement to allow the inflamed plantar fascia to heal. This can be done with taping, bracing and splinting, or with a boot cast.
Heel cushioning. Reducing the pressure upon the heel from heel cushions
Foot Assessment with Video Gait Analysis: Involves recording and analyzing your walking or running pattern to identify abnormal foot mechanics, like overpronation.
Rolling a tennis ball or frozen water bottle under the foot: Another easy, soothing treatment method you can try at home.
