Tag Archives: foot pain

How Custom Orthotics Work with Physiotherapy for Better Foot Function

When it comes to foot health, many people don’t know how much their feet impact the rest of their body. Sore knees, tight hips, even lower back issues can sometimes trace back to how your feet move and support you. That is why in physiotherapy, we focus on the interconnections of the body to find the source of your issue. As a result, if you’re dealing with foot pain, or pains related to your foot posture, you should try custom orthotics! Let’s break down how physiotherapists use custom orthotics as part of their treatment plans.

What are custom orthotics?

Think of orthotics as personalized inserts that fit inside your shoes. Unlike store-bought insoles, custom orthotics are designed specifically for your feet, taking into account your arches, the way you walk, the areas you put more pressure on, and more. They can be customized in thickness, length, and cut to fit into different shoes, including smaller types like women’s dress shoes. Ultimately, their main job is to improve alignment, reduce strain on the foot, and make movement more comfortable.

At PhysioNow, we have expert physiotherapists who are trained in foot assessments. They can perform custom orthotics fittings for you at your appointment and order them straight to the clinic! We can also assist with managing insurance and many of our patients have great orthotics coverage and take advantage of our direct billing for physiotherapy. Our patients love this option as it saves them time and effort. Their physiotherapist already knows them and how their body works, and can easily make the right recommendations for their custom orthotics.

Why does physiotherapy help foot pain?

Unfortunately, orthotics alone don’t solve everything. While they help you maintain the alignment in your foot or add extra cushioning, the strength and mobility in your feet must also be evaluated. That’s where physiotherapy makes the difference. A physiotherapist looks at how your entire body moves, from your feet all the way up to your spine. They’ll assess whether your foot pain is coming from muscle imbalances, stiff joints, previous injuries, inappropriate foot or walking posture and more. By combining custom orthotics with targeted physiotherapy, you’re ensuring that you treat not just your feet, but the whole body. This might include exercises to strengthen your arches or leg musculature, stretches to relieve tight muscles like calves, balance training to improve stability, manual therapy to assist pain and mobility and more!

Who should get custom orthotics?

Orthotics
One of the most common reasons people seek custom orthotics is a flat arch. Orthotics help to correct foot posture that may cause pain

If you’ve been dealing with ongoing foot pain, chances are you will benefit. Some examples of conditions or symptoms that orthotics and physiotherapy can help with are:

  • Flat feet or high arches
  • Plantar fasciitis
  • Sports injuries like shin splints, sprained ankles etc
  • Long standing or walking hurts or fatigues your feet
  • Looking for more comfort or support while on your feet

Orthotics and physiotherapy work very well together. When used in tandem they ensure that your foundation for movement (your feet!) are strong enough to support you and everything that you do.

Looking for a solution foot pain?

Then look for PhysioNow! We can create custom orthotics for you in combination with elite physiotherapy treatment. Get back to doing what you love today! We offer free parking at all our clinics, extended evening hours and weekend hours, one on one treatment and private treatment rooms! We have 10 locations across the GTA for foot pain treatment including in Burlington, Oakville, Mississauga, and Etobicoke so you don’t have to go far to find us. Discover why our patients have loved PhysioNow for 20+ years and book your first assessment and treatment today!

Bunions: Taking Care of your Feet

Have you ever noticed a bump on the side of your big toe that gets bigger over time? This is a common foot condition known as hallux valgus, or more commonly, a bunion. While bunions may seem like a cosmetic issue, they can cause discomfort and pain, especially when walking or wearing shoes. If you’re dealing with this condition, don’t worry – Physiotherapy can help!

What is a bunion?

Hallux valgus is a deformity where the big toe (also called the hallux) points toward the second toe, causing the base of the toe to stick out. This creates a noticeable bump on the side of the foot, often referred to as a bunion.

Over time, the bump can become larger and more painful, making it difficult to wear shoes comfortably or walk without discomfort. Unfortunately, Hallux valgus is a progressive condition, meaning it can worsen if not managed properly.

What causes a bunion to form?

Excessive wear of shoes like flats, heels, or other pointy toed footwear increase the chance of a bunion forming

Hallux valgus is primarily caused by a combination of factors, such as:

  1. Genetics: If bunions run in your family, you’re more likely to develop them. Inherited foot structure, like flat feet or a certain shape of the bones, can make bunions more common
  2. Footwear: Wearing shoes that are too tight, narrow, or have high heels can contribute to the development of bunions. These shoes put extra pressure on the toes, causing them to shift out of alignment over time
  3. Joint instability: Conditions like arthritis or ligament weakness can cause the bones in the feet to shift, leading to the formation of bunions
  4. Injury or trauma: A previous injury to the foot can sometimes lead to hallux valgus, especially if it disrupts the alignment of the big toe. This is especially common with athletes whose sports may lead to a injury like turf toe.

What are the signs and symptoms to watch for?

The most obvious sign of hallux valgus is the bump on the side of the big toe. But there are other signs to look out for:

  • Pain: The bump can become painful, especially when pressure is applied, such as from shoes or while walking long distances
  • Swelling and redness: The area around the bunion may become swollen, red, or inflamed
  • Restricted movement: The big toe may become stiff or difficult to move due to the misalignment
  • Changes in foot shape: Over time, the foot may change shape, and the big toe may push toward the second toe, causing further discomfort

How can Physiotherapy help me?

If you’re dealing with bunions, physiotherapy can be an effective way to manage symptoms and prevent the condition from getting worse. Although physiotherapy can’t completely reverse hallux valgus, it can help with pain relief, improved foot function, and lead to a better quality of life.

Here’s how a physiotherapist can help:

1. Pain relief techniques

Your physiotherapist will use various techniques to reduce pain and swelling around the bunion, such as:

  • Massage: Gentle massage can help relax the muscles in your foot, reduce tension, and ease discomfort
  • Ice and heat therapy: Applying ice to the bunion can reduce swelling, while heat therapy can help loosen tight muscles and improve blood flow
  • Ultrasound therapy: In some cases, your physiotherapist may use ultrasound therapy to reduce inflammation and promote healing in the affected area

2. Stretching and strengthening exercises

Bunions can affect the muscles and joints in your feet, so your physiotherapist will provide exercises to help:

  • Stretching: Notably, stretching the toes and the soft tissues around the foot can help reduce stiffness and prevent the bunion from worsening. Stretching your calf muscles and Achilles tendon is also important for overall foot health
  • Strengthening: Also, strengthening the muscles of the foot and ankle helps to improve stability and support the toe joint. Stronger foot muscles can help redistribute pressure away from the bunion, reducing pain and slowing the progression of the condition

3. Foot alignment and joint mobilization

Your physiotherapist may use specific techniques, like joint mobilization, to gently improve the alignment of your big toe and reduce pressure on the bunion. Additionally, they will provide advice on how to align your foot properly while walking or standing

4. Footwear advice/orthotics 

One of the biggest contributors to bunions is poor footwear. Thankfully, a physiotherapist can help you choose the right shoes that give your toes enough space and avoid unnecessary pressure. In some cases, they may recommend orthotics—custom insoles designed to support your feet and help with proper alignment

5. Taping

Taping provides extra support to the foot’s arch and can help stabilize the foot when walking or running. This extra support can be beneficial if the bunion is causing instability or affecting the way you walk

Looking for more help?

Hallux valgus, or bunions, is a common condition that can cause discomfort and impact your quality of life. However, with the help of Physiotherapy, you can manage pain, improve foot function, and slow down the progression of the condition. If you’re experiencing pain or discomfort from bunions, don’t hesitate to consult with a physiotherapist at PhysioNow! They’ll guide you through a personalized treatment plan that can get you back on your feet and moving comfortably.

If you have any questions or want to schedule an appointment, look for PhysioNow! We’re here to help you take the next step toward healthier, pain-free feet.

Images by Freepik

Metatarsalgia: I’m Having Burning Foot Pain!

What is metatarsalgia?

Metatarsalgia is a general term used to describe pain and inflammation in the ball of the foot. Particularly, this is pain around the metatarsal heads—the bones just before your toes. While it’s not necessarily a condition in itself, it signals an underlying problem in foot structure, biomechanics, or lifestyle.

The pain feels like or is often described as:

  • A sharp, burning, or aching sensation in the front part of your foot
  • The feeling of walking on a pebble
  • Numbness or tingling in the toes

What causes this foot pain?

Metatarsalgia can develop from a variety of factors, including:

1. Overuse and high-impact activities

Runners, jumpers, and dancers often put repetitive stress on the forefoot. Ultimately, the large forces going through the area can affect the tissues leading to inflammation and pain

2. Improper footwear

Wearing high heels or tight shoes can shift your body weight forward onto the metatarsals or cause extra compression through those bones. As a result, consistently wearing these types of footwear can overload that area of the foot. Also, a lack of cushioning or arch support can be a common culprit in foot pain

3. Foot shape

Furthermore, people with high arches or other foot shapes like hammer toe, bunions, or a second toe longer than the big toe are more prone to metatarsalgia due to uneven weight distribution

4. Excess body weight

More weight means more pressure on the feet, causing increased strain over time

5. Aging

As we age, the fat pad that cushions the ball of the foot naturally thins, reducing shock absorption and increasing vulnerability

What are the symptoms of metatarsalgia?

Metatarsalgia may have some or all of the following complaints:

  • Pain location is the ball of the foot
  • The pain improves with rest and worsens with standing, walking, or running
  • Swelling or bruising around the ball of the foot
  • Feels like having a pebble in your shoe
  • Numbness or tingling in your toes

If these symptoms persist, it’s a good idea to consult a health care professional like a podiatrist (a doctor that specializes in foot care or a physiotherapist to have the issue evaluated and treated.

What is the treatment for it?

A professional can help identify contributors to the pain and provide a treatment that addresses the root cause.

Physical therapy management and care from a podiatrist is usually the first step in conservative care. These can include treatments such as:

1. Education

  • Activity modifications: Stopping high-impact exercise, alternatives include exercises in a pool, swimming, running or cycling
  • Footwear advice: Using supportive shoes to prevent reinjury
  • Advice on pain management: Ice, elevation, and NSAIDs for pain/swelling

2. Orthoses/orthotics

Orthotics
Orthotics may help correct foot posture that is contributing to foot pain
  • Metatarsal Pads: Rubber/silicone pads placed just behind the metatarsal heads can reduce pressure on the area. Subsequently, they can reduce irritation in the area
  • Forefoot cushions/metatarsal bars: Similarly to the pads, they help redistribute pressure in the foot
  • Insoles:
    • Accommodative: Redistribute pressure
    • Functional: Control abnormal foot mechanics that are causing

3. Stretching

The areas of focus include the calves, Achilles, and other muscles around the ankles or toes. Key exercises include:

  • Wall calf stretch
  • Step-down Achilles stretch
  • Seated ankle flexion/extension

Ultimately, the aim is to improves flexibility and mobility in the area and surrounding areas while reducing pain.

4. Strengthening

Different exercises may be used to builds foot strength, improve arch support, and increase muscle endurance. A common exercise used to improve intrinsic foot muscle (small muscles in the feet) strength is:

  • Toe towel scrunches: 3 sets of 15 reps/foot.

5. Modalities and pain relief techniques

Ice, ultrasound, interferential therapy may be used to help manage pain and swelling. In some cases: taping is a very helpful strategy that provides pain relief.

 Surgical Options

Unfortunately, conservative care does not achieve satisfactory results with everybody. Surgery is typically a last resort and considered only when conservative treatments fail. In this case, it might involve realigning bones or correcting deformities that are contributing to the midfoot pain.

Can metatarsalgia be prevented?

Prevention starts with foot awareness and smart lifestyle choices:

  • Wear well-fitting shoes with adequate support
  • Maintain a healthy weight to reduce foot pressure
  • Watch out for large increases in activity such as starting a new sport or increasing the amount you play.
  • Stretch and strengthen your foot muscles regularly
  • Replace athletic shoes often—don’t wait until they’re worn out

Looking for help with foot pain?

Look for PhysioNow! We are leading health care providers with service across the GTA from Burlington, Oakville, Mississauga to Etobicoke. Our experienced practitioners offer their expertise in many different areas including Physiotherapy, Massage Therapy, Manual Osteopathy, Athletic Therapy and more! Get help with your pain today! Contact us to book your first assessment and treatment with PhysioNow!

8 Ways to Prevent Heel Pain After Long Walks or Standing  

Plantar fasciitis is one of the most common causes of heel pain. This condition is characterized by inflammation of the plantar fascia, the thick band of tissue that runs along the bottom of the foot. This tissue helps the foot absorb and disperse pressure and high impact forces through the foot. Preventing this condition will help you maintain a healthy foot and ensure you can continue living an active lifestyle. Below, we’ll explore various strategies to prevent plantar fasciitis in more detail.

1. Proper Footwear

Wearing the right shoes is fundamental in preventing heel pain especially if you are participating in more physically active activities. Footwear should have:

  • Arch support: First, your shoes should provide adequate support for your arch of the foot. Particularly, this is important for individuals with flat feet or high arches
  • Cushioning: Often, you should look for shoes with good cushioning to help absorb shock and reduce stress on the plantar fascia
  • A good fit: For example, the width and length of the shoe should be appropriate for the shape of your foot. They should not be too tight or too loose so that your foot slides around inside, as both can lead to additional strain

Avoid flat shoes, flip-flops, or high heels, as these can exacerbate your foot problems and increase the risk of aggravation.

2. Foot Exercises

Incorporating specific exercises into your routine can enhance foot strength and flexibility, helping to prevent heel pain and plantar fasciitis:

  • Stretching: Regularly stretch your calves, Achilles tendon, and plantar fascia. For example, calf stretches can be done in a lunge position, standing with your hands against a wall and pushing your back heel down
  • Strengthening: Strengthening exercises, such as toe curls (picking up small objects with your toes), calf raises, or balancing on one foot can improve the stability and strength of your foot muscles

3. Gradual Increase in Activity

When engaging in physical activities, it’s best to increase intensity and duration gradually to avoid overtraining injuries. Sometimes, sudden increases in activity levels can place excessive strain on the plantar fascia. Follow these guidelines:

  • Follow the 10% rule: As a general rule of thumb, when increasing mileage in running or walking, aim to increase by no more than 10% per week. This will help you to manage a safe increase in training load
  • Cross-training: Engage in a variety of activities that to vary the impact on the feet. Particularly, activities like swimming or cycling still provide excellent cardiovascular benefits without the stress of running on the lower body

4. Maintaining a Healthy Weight

Excess body weight can put additional stress on your feet, particularly the plantar fascia as it now has to manage more load. Maintaining a healthy weight through a balanced diet and regular exercise can significantly reduce the risk of developing heel pain.

5. Use of Orthotics

Orthotics
Orthotics may help correct foot posture that increases the risk of developing plantar fasciitis

Orthotic devices can provide additional support and correction for foot mechanics. If you have structural issues such as flat feet or high arches, consider the following:

  • Custom orthotics: A podiatrist can create custom orthotics tailored to your foot’s specific needs. Here at PhysioNow, we are able to fit and order custom orthotics for our patients!
  • Over-the-counter inserts: There are many supportive insoles available that can provide different levels of arch support and cushioning

6. Vary your Training Surface

Always walking or running on hard surfaces, such as concrete, greatly increases the impact on your feet. To minimize this:

  • Choose softer surfaces: First, trail walking or running including grass and dirt trails are great alternatives. For both, opt for an indoor or outdoor track surface when exercising.
  • Use mats or padding: If standing for long periods, consider using cushioned mats (anti-fatigue mats) in areas where you frequently stand, such as kitchens or workshops.

7. Taking breaks

For individuals whose jobs require long periods of standing or walking, it’s vital to take regular breaks to rest the feet:

  • Scheduled breaks: Incorporate short breaks every hour to sit down or change positions and relieve pressure on your feet.
  • Foot elevation: During breaks, you can try elevating your feet to reduce swelling and discomfort.
  • Compression stockings: Some individuals find that compression socks/stocking help them remain comfortable all day, especially if they have to walk many steps

8. Warm-Up and Cool Down

Proper warm-up and cool-down routines are essential for any exercise regimen:

  • Warm-up: Begin with gentle movements to increase blood flow to the feet and lower legs. Dynamic stretches can help prepare your muscles for activity.
  • Cool down: After exercising, spend time stretching your feet, calves, and legs to maintain flexibility and reduce stiffness.

Ultimately, if these strategies do not work for you or you need help with your, look for PhysioNow! Physiotherapy offers effective treatment plans for the management of plantar fasciitis. Your Physiotherapist will develop a personalized plan to address the root cause of your foot pain. PhysioNow offers same day urgent assessment and treatment. With 10 locations from Burlington, Oakville, Mississagua and Etobicoke, book with PhysioNow today to start your new health journey!

Compression Stockings: A Beginner’s Guide

What are compression stockings?

Compression stockings, also known as compression socks, are specially designed clothing worn on your lower body. Sometimes, they help with certain medical conditions like issues with circulation, decreasing risk of blood clots or sometimes, they are worn to decrease pain and discomfort. They apply a gentle amount of compression, or pressure, to the feet, ankles, and sometimes legs. In turn, this helps deal with fluid retention and swelling in the lower body and/or to help improve blood flow in the area.

There are many different kinds of compression stockings that can be obtained over the counter or with a prescription. For example, they vary in length (knee, thigh, waist high), and the amount of pressure (measured in mmHg) they apply to the limbs.

Who should wear them?

You do not need a diagnosis or a prescription to wear compression stockings. Generally, they are safe for most people to use. Because of this, there are lots of different reasons people might wear compression stockings. For example, you might wear them if you are:

  • Working on your feet all day
  • A frequent flier
  • Sitting or are inactive a majority of the day
  • Pregnant and have issues with swelling
  • Recovering from a surgery or a fracture in the lower body
  • Dizzy often when switching positions (sitting to standing etc)
  • At risk for circulation issues (diabetic, varicose veins, blood clots)

How do compression stockings work? Do they hurt?

Compression stockings are very comfortable to wear. The pressure should full snug but not uncomfortable. They do not cut off circulation but instead, the goal is to help “pump” the blood and return it back to the heart. If the blood has trouble getting out of the lower body, it can end up pooling in the legs causing swelling and discomfort. Additionally, a lot of compression stockings will be tightest at the ankle and then looser as they go up the leg to further intensify the “pumping” effect.

How do I pick a pair of compression stockings?

If you are getting a pair for medical reasons, your doctor will likely write you a prescription indicating the type of compression stocking you should get and the amount of pressure it should exert. They will also measure your leg to see which size is appropriate for you. If you are just getting a pair over the counter, you should get the lowest amount of pressure first to see if it suits your needs. If not, then you can try a higher pressure.

How do I take care of them?

Just like any piece of clothing, compression stockings need to be regularly washed after use. Follow the washing instructions on the label to ensure they stay in good quality and maintain their compressive effects. Most compression stockings last between 3-6 months. Over time and with repeated wear, they will start to lose their elasticity. Once they stretch out, it is recommended that you invest in a new pair so to continue to benefit from its effects.

If you are looking for help or to be measured for compression stockings, PhysioNow has many experienced rehabilitation professionals to help you out. We have Physical Therapy, Athletic Therapy, Massage Therapy, Manual Osteopathy, and more to offer. Book with PhysioNow today for your first assessment and treatment.

What You Should Know About Your Achilles Tendinitis

Ankle pain from achilles tendinitis in a runner

What is the Achilles tendon?

The Achilles tendon is one of the strongest tendons in the human body. Anatomically, it connects our calf muscles to the back of the heel bone. Its main action is to point the toes and ankle downwards when our foot is off the ground or raise the heel off the ground when our foot is on the ground.

Functionally, it is used whenever we are engaged in walking, running, or hopping-like activities and helps us with force production and shock absorption. The tendon is extremely strong and can withstand high amounts of stress Unfortunately, this can also predispose it to injury and cause ankle pain.

Stages of Achilles tendon injuries

Diagram showing the different stages of Achilles tendon problems

1) Achilles tendinitis: Inflammation has developed or is developing in the tendon.

2) Achilles tendinosis: There is now degeneration along with or as a byproduct of the inflammation. This is usually an issue that takes a long time to occur. For example, if an Achilles tendinitis is left untreated for months, it can eventually transition into the tendinosis.

3) Achilles tendon tear or rupture: As the tendon fibers are weakened from the tendinosis, it increases the chance that they can tear entirely.

What is Achilles tendinitis?

Achilles tendinitis means inflammation has developed in the tendon. Potentially, due to overuse of the tendon or a trauma like a fall or sport injury. Inflammation is the human body’s natural and healthy reaction to any kind of injury or disease. However, when it lasts for too long it can start to have negative effects. The inflammation can be rated as minimally painful to severely painful. At this last stage is where a patient’s walking ability can be compromised.

Causes of Achilles tendinitis:

1) Trauma: Direct trauma on ankle during car accident, fall etc

2) Running, dancing, jumping: Constant high impact movements increase the risk of injuring the Achilles tendon

3) Flat feet: Having flat feet may change the weight distribution in the foot and put extra pressure on the tendon

4) Playing Sports: Playing less frequent sports does not allow their body to take pressure regularly and increases the chances of injury

5) Heavy standing job: Constant being on feet increase the chances of injury

6) Bony spur in heel / Plantar Fasciitis/ Ankle fracture:
Extra fluid from swelling or bony protrusions in the ankle can rub against the tendon causing an injury.

7) Calf, knee, or hip muscles weakness:
Muscle strength imbalances can cause compensations in the tendon and increase the stress it is exposed to.

Sign and symptoms of Achilles tendinitis:

1) Pain and inflammation in back of heel bone
2) Stiffness and tenderness in ankle
3) More pain after any strenuous activity
4) Leg weakness
5) Worse in the morning, might improve as day goes by

Diagnosis

Book your assessment with a registered physiotherapist. They will assess your posture, leg alignment, range of motion of joints, muscular strength and determine the source of your pain.

Additionally, diagnosis may be achieved through imaging like Diagnostic Ultrasounds and MRIs.

How do I treat it?

In the beginning, non-invasive therapy will help to treat the condition.

1) RICE protocol

Rest: Stop doing activities that stress your tendon. Switch to low-impact activities, such as swimming, that put less stress on the Achilles tendon.

Icing: Put ice on your tendon for up to 20 minutes, as needed throughout the day.

Compression: Compress, or put pressure on, the tendon using an athletic wrap or medical tape.

Elevation: To reduce swelling, lie down and raise your foot on pillows so it’s above the level of your heart.

2) Shockwave therapy:

Shockwave therapy achilles tendinitis

Shockwave therapy can be an effective treatment for this condition.

Shockwave therapy may help improve the condition, especially for stubborn conditions that have lasted over 6 weeks.

3) Physiotherapy:

Muscle release, stretching and strengthening exercises will help improve the tendinitis.

4) Orthotics:

Proper footwear and the use of custom orthotics will help support the foot and ankle, putting less stress on the tendon.

Achilles pain? Look for PhysioNow!

If you are looking for treatment for your Achilles pain, or any other type of foot, ankle, or sport injury, look no further. PhysioNow has many expert Registered Physiotherapists prepared to help you with diagnosis, treatment, orthotics, bracing, shockwave therapy and more. With locations across Burlington, Oakville, Mississauga , and Etobicoke we have you covered. Book PhysioNow today for your first assessment and treatment.

Plantar Fasciitis: Physio 101

Plantar Fasciitis

What is plantar fasciitis?

As the name suggests, plantar fasciitis is inflammation of the plantar fascia — a tough, fibrous band of tissue that runs along the sole of the foot. Plantar fasciitis is one of the most common causes of heel pain. It commonly causes stabbing pain, especially with your first few steps in the morning or after being off your feet for a while. As you get up and move, the pain normally decreases. Eventually, it might return after long periods of standing or when you stand up after sitting. It is more common in runners and in people who are overweight.

What are the symptoms?

  • Stabbing pain in the bottom of your foot near the heel
  • The pain is usually the worst with the first few steps after a long sleep, long periods of standing or getting up from sitting

What are the causes?

Inflammation and pain in the fascia can be caused by:

  • An increase in activity level (like starting a walking or running program)
  • Structure or shape of the foot
  • Surfaces on which you stand, walk or run
  • Type of footwear
  • The weight you carry

What are the risk factors?

Even though plantar fasciitis can develop without an obvious cause, some factors can increase your risk of developing this condition. These include:

  • Age – Plantar fasciitis is most common in people between the ages of 40 and 60
  • Certain types of exercise – Activities that place a lot of stress on your heel and attached tissues. For example, long-distance running, ballet dancing and aerobic dance can contribute to the onset of this condition
  • Foot mechanics – Flat feet, a high arch or even an atypical pattern of walking can affect the way weight is distributed when you are in standing. Subsequently, this can put added stress on the plantar fascia
  • Obesity – Excess weight can put extra stress on your plantar fascia
  • Occupations that keep you on your feet – Commonly, factory workers, teachers and others who spend most of their work hours walking or standing on hard surfaces are at increased risk.

Plantar Fascitis and Physiotherapy:

1. Stretching and Physical Therapy

Stretching is one of the best treatments for plantar fasciitis. A physical therapist can show you stretching exercises that you can repeat at home several times a day. Along with stretching, the exercises can also strengthen your lower leg muscles, helping to stabilize your ankle.

2. Icing and Medication

Icing the sore spot on your foot several times a day may help with pain and inflammation. Additionally, your doctor may also recommend nonsteroidal anti-inflammatory medication.

3. Rest, Activity Modification and Orthotics

It helps to keep the weight and stress off your foot, at least partially, while your plantar fascia is healing. Your doctor may recommend a combination of treatments.

4. Shock Wave Therapy

Shockwave therapy applied to a patient's heel

Image by pvproductions on Freepik

This therapy is based on delivering low-energy or high-energy shock waves to a specific area. Then, the shock waves create microscopic trauma, which triggers a healing response from the body. This process is thought to help promote healing in the plantar fascia.

Our team of expert physiotherapists at PhysioNow are prepared to help you with your foot pain. They will help diagnose and guide you through a treatment to reduce pain and improve your quality of life. Book your first appointment with PhysioNow today!

Orthotics

Orthotics, 4 Reasons To Get Them!


Orthotics

Orthotics

Orthotics are specially designed equipment that provide support to the feet and ankles to improve your lower body’s alignment. Since the body is all interconnected, misalignment at the feet can lead to compensation at the knees, hips, and lower back and contribute to pain and dysfunction in those areas. Thus, orthotics are a great tool to help correct this and alleviate pain and discomfort in the body. In this blog, we will go over how they work and how they can improve your quality of life.

1. Relieving Pain with Orthotics

Foot pain

Pain points in the feet

The biggest reason that people seek physiotherapy is to address either pain or discomfort somewhere in their body. Orthotics are invaluable help here as they offer targeted support to areas to relieve strain and pressure on joints, muscles, or ligaments. thus, they can redistribute weight more evenly across the foot and are most commonly used in conditions like plantar fasciitis or heel pain. Some individuals also choose to wear them for comfort.

2. Correcting biomechanical imbalances

Orthotics

Healthy foot vs flat foot

Orthotics

Flat foot and custom insole

Biomechanics is the study of how the body moves. Orthotics can play a big role in correcting these biomechanical imbalances such as overpronation as shown above, (flat feet, fallen arch or feet rolling in) or oversupination (high arches or the foot rolling outwards), which may cause a chain of effects through the rest of the body. Your physiotherapist may suggest orthotics to promote proper alignment, support the arch of the foot, and optimize foot positioning to reduce the risk of injuries and pain due to poor biomechanics.

3. Improve performance

For athletes and active individuals, orthotics can help improve your game. Additionally, the right pair can create small biomechanical advantages to create significant performance improvements by providing stability, decreasing energy expenditure, and preventing injuries. Moreover, they can be tailored to each athlete to suit their individual needs and maximize your potential.

4. Reduce postural strain with orthotics

Orthotics

Custom measuring

Poor posture can lead to significant problems from knee to back to neck pain. Additionally, postural correction exercises, orthotics can be a huge help with achieving optimal postures that minimize the amount of strain on the muscles and joints in an upright position. Thus, by ensuring the body has a proper base of support, orthotics help correct the optimal alignment of our body. In doing this you are minimizing the energy expenditure needed to maintain the position.

Orthotics offer a wide variety of benefits from reducing pain to correcting posture and imbalances. They are a great complement to physiotherapy treatment and are very popular due to their customizability. As shown below, orthotics are custom made for each individual using a foam imprint. This ensures that they will address your specific needs and fit perfectly.

Custom print

Foam imprints for custom fit

If you are interested in getting a pair or are wondering whether if they may be the solution to your pain, contact PhysioNow today. We have many experienced physiotherapists that can conduct a postural and gait assessment on you to determine whether orthotics are right for you and which modifications to get. Book with PhysioNow today for your first assessment and treatment!

Patellofemoral Pain Syndrome

Patellofemoral pain syndrome

Patellofemoral Pain Syndrome

Patellofemoral pain syndrome happens when your knee cap does not track properly.  The knee joint consist of two joints.  The tibiofemoral joint which is between the two long bones in your leg and the second one is the patellofemoral joint.  This  is between the femoral condyle (end of thigh bone) and the knee cap. The cartilage on the back of the knee cap glides on the cartilage on the front of the condyles of the femur. The knee cap usually sits in a snug groove at the end of the thigh bone.

Knee movements are controlled by a number of muscles connected to the knee cap. Your  thigh muscle helps to stabilize the knee cap and enables it to move smoothly in the groove.  When this is pulled out of the groove, you can develop Patellofemoral pain syndrome.

Causes of Patellofemoral pain syndrome or Anterior knee pain

Patellofemoral pain syndrome, is one of the most  common causes of pain in the knee. Pain is usually felt under the knee cap.  This is where it glides on the femur/thigh bone. If you have patellofemoral pain syndrome, it hurts when you bend and straighten your knee . There are a number of factors which can cause the pain.

Common Causes of Patellofemoral pain syndrome

  • Weakness in the hip and thigh muscles-Weakness in the thigh muscles can cause increased load which may lead to pain. Pain in your knees will further limit the activity of your muscles and over time can cause further weakness. Weakness of the inner thigh muscle  will affect the movement of the knee cap as you do your normal activities. Weakness in your hip muscles also can affect activities like climbing stairs and walking.
  • Excessive loading or rapid increase in the load for muscles around the knee-Depending on your usual activities, your knee will have a level of activity that is tolerated by your joint. Rapid increases in loading of activity may lead to a highly irritable or sensitive joint. This can cause Patellofemoral pain syndrome.
  •  Posture or position of hip, knee and feet-Flat feet or excessive turning in of feet can change movement mechanics further up the leg and cause excessive strain in your knee cap.
  • Tight muscles around the knee-Tightness in the muscles can reduce the movement of your knee and affect  how your joint works . This will lead to excessive loading during activities. The common muscles that become tight are your hamstrings, Quadriceps, Iliotibial band and calf.
  • Previous injury or dislocation of knee cap
  • Desk top work, where a lot of sitting can cause pressure on the kneecap.
  • Irritation of fat pad around the knee
  • Tendinitis of quadriceps tendon
  • Bursitis around the knee
  • Osteoarthritis

When poor biomechanics are repeated with each step of your walking and running it may lead to a highly sensitive joint and Patellofemoral pain syndrome.

Symptoms

  • The onset of  knee cap pain is normally gradual rather than traumatic.
  • Pain at the front, back and sides of the knee with or without swelling.
  •  Bending and straightening of knee can cause pain.
  • Pain after prolonged sitting or when you keep the knee bent for longer periods of time.
  • Clicking or grinding when you bend or straighten your knee.
  • Pain when you go up and down the stairs, up hill /down hill, squatting, running or jumping.
  • Poor knee control or stiffness

Physiotherapy Treatment

Patellofemoral Pain Syndrome treatment

  • Physiotherapy is the most effective treatment for short- and long-term management of Patellofemoral pain syndrome. Your Physiotherapist will fully assess you on your first visit to identify your functional limitation. They will also help to set goals and identify contributing factors for the pain.   They will  provide a customized rehabilitation program.
  • In the initial phase of rehabilitation, treatment is directed towards reducing the pain, swelling and muscle inhibition. To do this PhysioNow will  use electrotherapy modalities, acupuncture, rest, taping, gentle motion or joint mobilization and muscle setting exercises.
  • Once the pain and swelling reduces, treatment is focused towards modifying the  factors that have been identified as a cause for the problem.
  • Rehabilitation typically emphasizes increasing strength and pain free movements.  It also will address postural correction, improving the  stability of the pelvis, balance and functional abilities.
  • Stretching exercises to address the tight muscles and strengthening the weak muscles will improve your load tolerance.
  • Successful rehabilitation requires adherence to your exercise program .
  • You will also need to reduce the aggravating movements and slowly build the endurance and strength for those activities over time.
  • Prior to discharge you will be given a safe progression of exercises and functional activities.
  • For long term management, your foot and knee control will be assessed by your Physiotherapist.
  • As a result, you may require  custom foot orthotics to correct your foot position.
  • This will  help to improve foot and knee control.
  • Others might need a hip stabilization program and your Physiotherapist will be happy to discuss with you the long term rehabilitation plans if this is needed.Custom orthotics for Patellofemoral Pain syndrome

How long it will take to get better?

We expect to see improvements with Physiotherapy over a 3 to 6-month period.   Further improvements continue beyond this period. Adherence to your specific exercise program is important in maintaining the improvement. Most people will get back to their normal function with rehabilitation in the short term. Many patients can continue in their chosen activity during rehabilitation.  Some modification of activity may be all that is needed.

If you play sports, you will need to do sports specific exercises to ensure a safe return to sports. It is good to wear proper supporting footwear to help keep your feet in a good position.  This will  improve alignment of your knees.

How to book an appointment with a Physiotherapist at PhysioNow?

We have four Physiotherapy clinics of which three are located in Mississauga and one is in Etobicoke. You can call 289-724-0448 to book into any of these clinics  for an appointment with a Physiotherapist.

Most of the time we can arrange your initial visit on the same day in a location which is nearest to you. Your initial appointment will be a one to one 40-60 minute session with a Physiotherapist which includes treatment as well on the first day.

Your follow up appointments  will typically take  40 minutes.  Normally, we would recommend 2 to 3 sessions per  week depending on the factors identified on initial assessment, treatment plan and your goals.  If you have limited funding available, we will be happy to work with you to develop a home exercise program.

Please call today to get started on your treatment for Patellofemoral Pain Syndrome at PhysioNow!

Fracture Rehabilitation

Fracture Treatments Mississauga, Etobicoke & Oakville _ PhysioNow

Fracture types

Fracture Rehabilitation


Fractures are common injuries .  They can happen to people of all ages, from the very young to the very old.  The majority of fractures occur with trauma to the bone.  It could be  either from a fall or a blunt force.  Most people can readily feel that they have a broken bone. This is because the signs and symptoms can be very obvious.

Some of these indicators of Fracture are:

  • Swelling or bruising over a bone
  • Deformity of an arm or leg
  • Pain that gets worse with any movement or added pressure
  • Inability to put any weight through the injured area
  • Protruding bone through the skin (in the case of open fractures)

In some cases, however, fractures can be less obvious.  Some ankle fractures may look a lot like ankle sprains. You may not even know that it was a fracture until it shows up on an X-ray.

Spine Fractures

Fractures through the spine may feel a lot like back pain initially.  This is due to the  make-up of the spine.  Bony injuries to the back do not produce any of the obvious signs and symptoms .  However, one of the key components of a spinal fracture is that it occurs after some sort of trauma. This is most commonly a fall.  Therefore, if there is a traumatic event reported, the physiotherapist  will rule out any potential spinal fracture. They will  do a thorough assessment.  If the   Physiotherapist suspects a potential fracture, we will refer you back to your doctor to get X-rays done.

Fragility Fractures

In people with osteoporosis, fractures can happen with very minor stumbles or movements.  Osteoporosis is a condition where the bones become fragile or brittle from loss of bone.   Fractures associated with osteoporosis are called fragility fractures.  They occur due to the weakness of the bone itself.

If you have Osteoporosis, your bones can be injured with small traumas that would not normally affect the average person.  If you have  back pain and you have had trauma, the Physiotherapist will ask whether you have osteoporosis. This is to rule out potential fragility fractures.

Diagnostic tests for a Fracture

In any incident where there is a suspicion of a fracture, X-rays are necessary.  This will confirm the presence of the fracture, its exact location and severity.  However, in some cases, an X-ray may not be sensitive enough to show the fracture.   In these situations, if a fracture is still suspected, more sensitive tests like a CT, MRI or bone scan may need to be completed.

Fracture Classifications

There are 4 main classifications of fractures:

  • Displaced – the bone snaps into 2 or more parts and moves so that the two ends are not lined up straight.
  • Non-displaced – the bone breaks partly or all the way through, but the ends remain lined up
  • Closed – the bone breaks but there is no puncture wound in the skin
  • Open –the  bone breaks through the skin

Types of Fractures

There are also 7 different types of fractures to describe the specific nature of the break line:

  • Greenstick – incomplete fracture, where the broken bone is not completely separated
  • Transverse – the break is in a straight line across the bone
  • Spiral – the break spirals around the bone, common in a twisting injury
  • Oblique – the break is in a diagonal line across the bone
  • Compression – the bone is crushed, causing the broken bone to be wider or flatter in appearance
  • Comminuted – the break is in three or more pieces
  • Segmental – the same bone is fractured in two places, so there is a ‘floating’ segment of bone

Fracture Treatment

In terms of management of fractures, the treatment depends on the type of fracture.  The fractured ends of the bone must be set in their proper place and held there for the bone to heal properly.  This process is called reduction.

Fracture Repositioning

Most fractures are repositioned without the need for surgery. This  is called closed reduction.  Once the bones are positioned properly, the joint is casted .  The length of casting is usually 6 weeks.  This is how long it typically takes the fractured bones to heal.  There are circumstances where the period of casting may be either shorter or longer. This depends on the nature of the fracture.  If it is an ankle or foot fracture, the doctor may also recommend that you wear an aircast boot to stop your foot from moving.

PhysioNow carries a full supply of these aircast boots if you need one.

Open Reduction (Surgery) after Fracture

Open reduction (surgery)  is done for fractures that are more complicated. The repositioning of the bones wil be done with surgery in this case.   The surgeon will use screws and or plates to keep the bone fragments in proper position. This  allows for proper healing.   Following open reduction, you will have a period of immobilization .  The length of time for a fracture thathas required surgery will depend on the bone that was fractured. It also depends on  the severity of the fracture.  Also, depending on the fracture and the needs of the patient, the hardware may either be left in permanently or taken out with another surgery.  If removal of the hardware is necessary, it will happen once the fractured bone has completely healed.

Spinal and Rib Fractures

There are however some fractures that cannot be effectively immobilized such as spinal and rib fractures.  For these types of fractures, the affected area is protected with avoiding certain activities or postures.

Healing times for Fractures

In terms of healing times, most uncomplicated fractures take approximately 6 weeks for the bones to fuse.  Although medically, the fracture would have healed,  there may still be a lot of limitations. For fractures that are more complicated and required surgery, the healing times may be a little longer due the surgery.

Delayed Healing of Fractures

There are also some people who will heal at a slower rate because of various health conditions or medication use.  So, if you have diabetes, osteoporosis or are a long time user of prednisone, you may fall into this category.  Scaphoid Fractures also may have delayed healing because there is a poor blood supply to the bone.

Registered Physiotherapy after Fractures

Once the fracture itself is healed, there may still be some remaining problems from the injury.  Since the fracture would have been immobilized for several weeks, there will be a significant loss of movement and strength around the broken bone.

It is important to follow up with Physiotherapy for Fracture Rehabilitaton.  This helps to ensure that there can be a safe return to all previous activities.  A Registered Physiotherapist will be able to assess the limitations.  They will prescribe the necessary range of motion and  strengthening exercises and  then you can get back  to  all of your normal activities quickly!

PhysioNow Etobicoke and Mississauga

PhysioNow has highly trained Registered Physiotherapists on staff to help you after a Fracture.  We are open evenings and weekends to help meet your needs.  We also do direct billing to your insurance plan if you have one and if they allow us to do so on your behalf.

Call today to get started on your Fracture Rehabilitation!