Tibialis Posterior Tendinopathy
What is a Tibialis Posterior Tendinopathy?
Tibialis posterior tendinopathy is an injury to your tibialis posterior tendon. The tibialis posterior muscle has a tendon that runs down the inside of your lower leg. It raps behind your ankle bone (medial malleolus) and joins on to your midfoot. Its job is to help support our foot arch and to support our ankle. The tendon can become painful at times, causing you to be unable to run, jump or even walk without pain. During its acute inflamed phase, you may see it described as tibialis posterior tendonitis.
What are Tendons?
Tendons are the tough fibres that connect muscle to bone. Most tendon injuries occur near joints, such as the shoulder, elbow, knee, and ankle. A tendon injury may seem to happen suddenly, but usually, it results from many tiny tears to the tendon that have occurred over time. Health professionals may use different terms to describe a tendon injury. You may hear:
Tendinitis (or Tendonitis): This means “inflammation of the tendon,” but inflammation is rarely the cause of tendon pain.
Tendinosis: This refers to tiny tears in the tissue in and around the tendon caused by overuse.
Tendinopathy: This is an umbrella term that can refer to either tendinitis or tendinosis. As it is common to find areas of both tendinosis and tendinitis in the same tendon, the term tendinopathy is often used.
Tibialis Posterior injuries can include:
- Tibialis Posterior tendinitis (an inflamed tendon).
- Tibialis Posterior tendinosis (a non-inflamed degenerative tendon).
- Tibialis Posterior tenosynovitis (an inflamed tendon sheath).
- A ruptured Tibialis Posterior tendon (secondary to degeneration or tear).
What Causes Tibialis Posterior Tendinopathy?
Tibialis Posterior Tendinitis or Tendinosis is nearly always caused by an overloading of the tendon, especially where it curves around your ankle bone. The tendon’s overloading can be due to excessive weight, as in loaded calf raises, overtraining such as through a significant increase in running time or intensity, or a combination of the two such as an increase in jumping exercise or activities.
There are also certain biomechanical reasons why a Tibialis Posterior may not cope with an increase in load. These include poor foot posture, ankle joint stiffness, and even poor knee and hip control from weak or inhibited muscles. If the tendon has a degree of tendinosis, this weakens the tendon structure, leading to tendinitis if overloaded.
Common Causes of Tibialis Posterior Tendinopathy include:
- Over-training or unaccustomed use – “too much too soon.”
- A period of under-training, then moving back to previous training loads
- A sudden change in training surface – e.g. grass to bitumen
- Flat (over-pronated) feet
- Tight hamstring (back of thigh) and calf muscles
- Toe walking (or constantly wearing high heels)
- Poorly supportive footwear or a change in footwear (even to new shoes!)
- Hill running
- Poor eccentric strength
How is Tibialis Posterior Tendinopathy Diagnosed?
Your physiotherapist or sports doctor can usually confirm the diagnosis of Tibialis Posterior tendinopathy in the clinic. They will base their diagnosis on your history, symptom behaviour and clinical tests.
Further investigations include a US scan or MRI. X-rays are of little use in the diagnosis.
Please seek the advice of a tendinopathy physiotherapist regarding your tibialis posterior tendinopathy diagnosis and management.
Tibialis Posterior Tendinopathy Treatment
Tibialis posterior tendinopathy is a relatively common problem that we see at PhysioWorks. It is, unfortunately, an injury that often recurs if you return to sport too quickly – especially if a thorough rehabilitation program is incomplete.
Researchers have concluded that there are mostly seven stages that need to be covered to effectively rehabilitate these injuries and prevent a recurrence.
What is the Treatment for Tibialis Posterior Tendinopathy?
Phase 1 – Early Injury Protection: Pain Reduction & Anti-inflammatory Phase
As with most soft tissue injuries, the initial treatment is RICE – Rest, Ice, Compression and Elevation.
In the early phase, you’ll be unable to walk without a limp, so your Tibialis Posterior tendon needs some active rest from weight-bearing loads. You may need to be non or partial-weight-bearing, utilise crutches, a wedged Achilles walking boot or heel wedges to temporarily relieve some of the pressure on the Tibialis Posterior tendon. Your physiotherapist will advise you on what they feel is best for you.
Ice is a simple and effective modality to reduce your pain and swelling. Please apply for 20-30 minutes each 2 to 4 hours during the initial phase or when you notice that your injury is warm or hot. Anti-inflammatory medication (if tolerated) and natural substances, e.g. arnica, may help reduce your pain and swelling. However, it is best to avoid anti-inflammatory drugs during the first 48 to 72 hours to encourage additional bleeding. Most people can tolerate paracetamol as pain-reducing medication.
As you improve, a rigid tape or kinesio-style supportive taping will support the injured soft tissue.
Phase 2: Regain Full Range of Motion
If you protect your injured Tibialis Posterior tendon appropriately, the torn tendon fibres will successfully reattach. Mature scar formation takes at least six weeks. During this period, you should be aiming to optimally remould your scar tissue to prevent a poorly formed scar that will re-tear in the future.
It is important to lengthen and orientate your healing scar tissue via massage, muscle stretches, neurodynamic mobilisations, and eccentric exercises. Signs that you have full soft tissue extensibility include being able to walk without a limp and perform Tibialis Posterior tendon stretches with a similar end of range stretch feeling.
Phase 3: Restore Eccentric Muscle Strength
Muscles work in two directions. They can shorten (called a concentric action) and lengthen in a controlled manner (called an eccentric movement). Most Tibialis Posterior injuries occur during the controlled lengthening (eccentric) phase. Your physiotherapist will guide you on an eccentric tibialis posterior strengthening program when your injury healing allows.
Phase 4: Restore Concentric Muscle Strength
Calf strength and power should gradually progress from non-weight bear to partial, and then full weight bear and resistance loaded exercises. You may also require strengthening your other leg, gluteal and lower core muscles, depending on your assessment findings. Your physiotherapist will guide you.
Phase 5: Normalise Foot Biomechanics
Tibialis Posterior tendon injuries can occur from poor foot biomechanics, e.g. flat foot.
Your foot will require an assessment to prevent chronic tendinopathy. In some instances, you may need a foot orthotic (shoe insert), or you may be a candidate for the Active Foot Posture Stabilisation program.
Your physiotherapist will happily discuss the pros and cons of both options with you.
Phase 6: Restore High Speed, Power, Proprioception & Agility
Most Tibialis Posterior tendon injuries occur during high-speed activities, which place enormous forces on your body (contractile and non-contractile). To prevent a recurrence as you return to sport, your physiotherapist will guide you with exercises to address these essential rehabilitation components to prevent a recurrence and improve your sporting performance.
Depending on what your sport or lifestyle entails, a customised speed, agility, proprioception and power program prepares you for light sport-specific training.
Phase 7: Return to Sport
Depending on your chosen sport’s demands, you will require specific sport-specific exercises and a progressed training regime to enable a safe and injury-free return to your chosen sport.
Your PhysioWorks physiotherapist will discuss your goals, time frames and training schedules with you to optimise you for a complete return to sport. The perfect outcome will have you performing at full speed, power, agility and function with the added knowledge that a thorough rehabilitation program has minimised your chance of future injury.
What Results Should You Expect?
There is no specific time frame for when to progress from each stage to the next. Many factors will determine your Tibialis Posterior tendinopathy rehabilitation status during your physiotherapist’s clinical assessment.
You’ll find that in most cases, your physiotherapist will seamlessly progress between the rehabilitation phases as your clinical assessment and function improves.
It is also vital to carefully monitored each progression as attempting to progress too soon to the next level can lead to re-injury and frustration.
The severity of your tendon injury, your compliance with treatment, and the workload you need to return will ultimately determine how long your injury takes to rehabilitate successfully.
Common Ankle Injuries
The most common ankle injury is a sprained ankle, but ankle pain can have numerous sources.
Ankle pain that results from a traumatic injury is often a sports-related injury. But you don't necessarily have to be an athlete or even a social sportsperson to twist your ankle.
Something as simple as walking on an uneven footpath can cause a rolled ankle, resulting in an ankle sprain. Ankle injuries can potentially occur at any age. Thousands of people sprain their ankle every day around the world. Just while you've been reading this article, a few hundred people have sprained their ankle. While ankle pain can result from many ankle and foot injuries, the most common ankle injuries are sprains (low and high ankle), which involve ligaments and bones in the ankle. But you can also fracture a bone, tear muscles or over-stress a tendon when you sprain your ankle.
High ankle sprains are generally a more significant injury. These injuries require thorough assessment and treatment to avoid long-term ankle arthritis. If you can't perform a single-leg calf raise within a few days, please seek an early professional ankle assessment.
An ankle fracture occurs when there is a break in one or more of the bones. The most common ankle fractures are avulsion fractures of your distal fibula, which can be a side effect of an ankle sprain. These are generally less troublesome than if you experience a talar dome fracture with your actual ankle joint. Potts fracture is a significant fracture of your tibia and fibula simultaneously. All suspected fractures require medical investigation and professional management by your health professional to avoid long-term foot and ankle issues. If your healthcare professional suspects an ankle fracture, you will be referred for at least an X-ray and potentially an Orthopaedic Surgeon. Related links:
- Ankle Fracture (Broken Ankle)
- Stress Fracture
- Stress Fracture Feet
- Severs Disease
- Heel Spur
- Shin Splints
While muscle strains are more common in your legs, there are essential muscles that converge into tendons that wrap around your ankle to stabilise your ankle and foot to protect them from sprains and allow you to walk and run. These muscles and their tendon vitally provide you with a normal foot arch and avoid flat feet.
Your muscles or tendons can become injured or inflamed as a result of overuse or trauma. The inflammation is called tendonitis. They can also tear, completely rupture, or sublux out of place. Medically tendon injuries are known as tendinopathies, and at the ankle may include:
- Achilles Tendinopathy
- Achilles Tendon Rupture
- Peroneal Tendinopathy
- Tibialis Posterior Tendinopathy
- FHL Tendinopathy
- Plantar Fasciitis
Your ankle pain and dysfunction can lead to degenerative conditions such as ankle osteoarthritis. While arthritis usually is a chronic deterioration of your ankle joint, it is crucial to slow ankle arthritis progression. Please seek the professional advice of your ankle and foot health practitioner, e.g. physiotherapist or podiatrist.
Biomechanical disorders may result in foot deformation, painful weight-bearing and potentially nerve compression. In simple terms, this is where your foot and ankle do not have normal bone alignment and motion contr. Here are a few possible conditions related to poor ankle biomechanics.
- Anterior Ankle Impingement (Front of Ankle Pain)
- Posterior Ankle Impingement (Back of Ankle Pain)
- Pes Planus (Flat Feet)
- Tarsal Tunnel Syndrome
Nerve-Related Ankle Pain
Children & Youth Conditions
Systemic Conditions that may cause Ankle Pain
Soft Tissue Inflammation
Other Useful Information
FAQs about Tibialis Posterior Tendinopathy
Sports Injury Management
You probably already know that a sports injury can affect not only your performance but also your lifestyle. The latest research continues to change sports injury management considerably. Our challenge is to keep up to date with the latest research and put them to work for you.
How we treated you last year could vary significantly to how we treat you this year. The good news is that you can benefit considerably from our knowledge.
What Should You Do When You Suffer a Sports Injury?
Rest from painful exercise or a movement is essential in the early injury stage. "No pain. No gain." does not apply in most cases. The rule of thumb is - don't do anything that reproduces your pain for the initial two or three days. After that, you need to get it moving, or other problems will develop.
Ice or Heat?
We usually recommend avoiding heat (and heat rubs) in the first 48 hours of injury. The heat encourages bleeding, which could be detrimental if used too early. In traumatic injuries, such as ligament sprains, muscle tears or bruising, ice should help reduce your pain and swelling.
Once the "heat" has come out of your injury, you can use heat packs. We recommend 20-minute applications a few times a day to increase the blood flow and hasten your healing rate. The heat will also help your muscles relax and ease your pain. If you're not sure what to do, please call us to discuss your situation specifically.
Should You Use a Compressive Bandage?
Yes. A compressive bandage will help to control swelling and bleeding in the first few days. In most cases, the compressive dressing will also help support the injury as you lay down the new scar tissue. This early healing should help to reduce your pain. Some injuries will benefit from more rigid support such as a brace or strapping tape. Please ask us if you are uncertain about what to do next.
Gravity will encourage swelling to settle at the lowest point. Elevation of an injury in the first few days is beneficial, especially for ankle or hand injuries. Think where your damage is and where your heart is. Try to rest your injury above your heart.
What Medication Should You Use?
Your Doctor or Pharmacist may recommend pain killers or an anti-inflammatory drug. It is best to seek their professional advice as certain medications can interfere with other health conditions, especially asthmatics.
When Should You Commence Physio?
In most cases, "the early bird gets the worm". Researchers have found that the intervention of physiotherapy treatment within a few days has many benefits. These include:
- Relieving your pain quicker via joint mobility techniques, massage and electrotherapy
- Improving your scar tissue using techniques to guide the direction it forms
- Getting you back to sport or work quicker through faster healing rates
- Loosening or strengthening of your injured region with individually prescribed exercises
- Improving your performance when you return to sport - we'll detect and help you correct any biomechanical faults that may affect your technique or predispose you to injury.
What If You Do Nothing?
Research tells us that injuries left untreated take longer to heal and have lingering pain. They are also more likely to recur and leave you with either joint stiffness or muscle weakness. It's important to remember that symptoms lasting longer than three months become habitual and are much harder to solve. The sooner you get on top of your symptoms, the better your outcome.
What About Arthritis?
Previously injured joints can prematurely become arthritic through neglect. Generally, there are four main reasons why you develop arthritis:
- An inappropriately treated previous injury (e.g. old joint or ligament sprains)
- Poor joint positioning (biomechanical faults)
- Stiff joints (lack of movement diminishes joint nutrition)
- Loose joints (excessive sloppiness causes joint damage through poor control)
What About Your Return to Sport?
Your physiotherapist will guide you safely back to the level of sport at which you wish to participate. If you need guidance, ask us.
What If You Need Surgery or X-rays?
Not only will your physio diagnose your sports injury and give you the "peace of mind" associated, but they'll also refer you elsewhere if that's what's best for you. Think about it. You could be suffering needlessly from a sports injury. Please use our advice to guide you out of pain quicker. And for a lot longer.
If you have any questions regarding your sports injury (or any other condition), please contact your physiotherapist to discuss. You'll find our friendly staff happy to point you in the right direction.
What is Physiotherapy Treatment?
Physiotherapists help people affected by illness, injury or disability through exercise, manual joint therapy, soft tissue techniques education and advice. Physiotherapists maintain physical health, allow patients to manage pain and prevent disease for people of all ages. Physiotherapists help encourage pain-relief, injury recovery, enabling people to stay playing a sport, working or performing daily living activities while assisting them to remain functionally independent.
There is a multitude of different physiotherapy treatment approaches.
Acute & Sub-Acute Injury Management
Hands-On Physiotherapy Techniques
Your physiotherapist's training includes hands-on physiotherapy techniques such as:
- Joint Mobilisation (gentle joint gliding techniques)
- Joint Manipulation
- Physiotherapy Instrument Mobilisation (PIM)
- Minimal Energy Techniques (METs)
- Soft Tissue Techniques
Your physiotherapist has skilled training. Physiotherapy techniques have expanded over the past few decades. They have researched, upskilled and educated themselves in a spectrum of allied health skills. These skills include techniques shared with other healthcare practitioners. Professions include exercise physiologists, remedial massage therapists, osteopaths, acupuncturists, kinesiologists, chiropractors and occupational therapists, to name a few.
Your physiotherapist is a highly skilled professional who utilises strapping and taping techniques to prevent and assist injuries or pain relief and function.
Alternatively, your physiotherapist may recommend a supportive brace.
Acupuncture and Dry Needling
Many physiotherapists have acquired additional training in acupuncture and dry needling to assist pain relief and muscle function.
Physiotherapists have been trained in the use of exercise therapy to strengthen your muscles and improve your function. Physiotherapy exercises use evidence-based protocols where possible as an effective way that you can solve or prevent pain and injury. Your physiotherapist is highly-skilled in the prescription of the "best exercises" for you and the most appropriate "exercise dose" for you, depending on your rehabilitation status. Your physiotherapist will incorporate essential components of pilates, yoga and exercise physiology to provide you with the best result. They may even use Real-Time Ultrasound Physiotherapy so that you can watch your muscles contract on a screen as you correctly retrain them.
- Muscle Stretching
- Core Exercises
- Strengthening Exercises
- Balance Exercises
- Proprioception Exercises
- Real-Time Ultrasound Physiotherapy
- Swiss Ball Exercises
Biomechanical assessment, observation and diagnostic skills are paramount to the best treatment. Your physiotherapist is a highly skilled health professional. They possess superb diagnostic skills to detect and ultimately avoid musculoskeletal and sports injuries. Poor technique or posture is one of the most common sources of a repeat injury.
Aquatic water exercises are an effective method to provide low bodyweight exercises.
Sports physio requires an extra level of knowledge and physiotherapy to assist injury recovery, prevent injury and improve performance. For the best advice, consult a Sports Physiotherapist.
Women's Health Physiotherapy is a particular interest group of therapies.
Not only can your physiotherapist assist you in sport, but they can also help you at work. Ergonomics looks at the best postures and workstation set up for your body at work or home. Whether it be lifting technique improvement, education programs or workstation setups, your physiotherapist can help you.
Plus Much More
Your physiotherapist is a highly skilled body mechanic. A physiotherapist has particular interests in certain injuries or specific conditions. For advice regarding your problem, please contact your PhysioWorks team.
Post-Run Recovery TipsAre you planning on running a marathon, half marathon, participating in a charity run or just running for fun? How about dreading the post-exercise soreness and fatigue? When you push your body to perform an intense exercise or exercise it may be unaccustomed to, it is beneficial to know what to do to assist recovery after the event. Here are six tips to assist you in recovering after a running event.
1. Post-Run NutritionAfter exercise, it is paramount you replenish the energy stores (glycogen/carbohydrates, electrolytes and protein) and fluid stores you lost during activity. This nutrition will help the body recover from intense exercise and assist your immune system damaged by the practice.
CarbohydratesWhen glycogen synthesis is highest within the first-hour post-exercise, consume a carbohydrate-rich snack/meal that provides 1-1.2g of carbohydrate per 1kg of body weight.
ProteinIntense exercise causes a breakdown in muscle tissue. Protein helps restore tissue and assist muscle adaptation. Essential amino acids from high-quality protein-rich foods in the hour post-exercise promote protein rebuilding. Commonly 10-20g of protein in the first-hour post-exercise is recommended.
RehydrationIt is essential to replace the fluid lost during exercise. Electrolytes, particularly sodium, lost through sweat are required. Sodium helps to increase your fluid balance post-exercise by reducing urine loss. To check, please weigh yourself before and after your race. A guideline to fluid replacement is 1L for every 1kg lost during the event. More info: Sports Dietitian
2. Cool Down ExerciseLow-intensity exercise can help remove lactic acid build-up and promote blood flow to relieve tight and sore muscles. This exercise can be performed as a light jog or walk after your event or the day following. This cool down exercise can be followed by a brief 5 to 15-min period of stretching to assist with tight muscles. More info:
3. Soft Tissue RecoveryWays to assist soft tissue recovery at home include foam rolling and wearing compression garments. Foam rolling on your back, ITB, hamstrings, quads and calves dramatically helps your soft tissue recovery. Spend 2x 1-minute intervals in each area. You may wear compression garments for 24-hrs post-exercise. Both techniques can assist in reducing post-exercise muscle soreness and may enhance recovery of muscle performance. More info: Foam Rollers
4. Recovery MassageA post-run recovery massage can reduce excessive post-exercise muscle tone and increase muscle range of motion. Massage also improves circulation and nutrition to damaged tissue, deactivate symptomatic trigger point, reduced post-exercise soreness and delayed onset muscle soreness (DOMS). Soft tissue therapy has also been said to aid in psychological recovery alongside music, warm baths and showers to enhance muscle relaxation and allow healing. More info: Recovery Massage
5. IceThere is often debate whether ice baths (cold water immersion) is beneficial after exercise. In regards to running, ice helps to decrease inflammation resulting from intense activity. Ice can help to reduce post-activity muscle soreness. The day after intense activity, you can use heat to help relax tight muscles. Heat also promotes blood flow to an area, promoting the recovery of lactic acid build-up. More info: Ice therapy
6. SleepA good night’s sleep consisting of around 8 hours is essential for muscle recovery, among other biological functions. As mentioned above, compression garments can be worn to bed to further assist with healing. You can achieve a good night’s sleep by ensuring the room is cool, dark and quiet and free of electronic distractions. Ideally, one should have a well-developed sleep routine that consists of the strategies mentioned earlier and avoids caffeine and excessive fluid intake before bed.
- tendon insertion (where the tendon attaches to the bone)
- mid-tendon (non-insertional tendinopathy)
- musculotendinous junction (where the tendon attaches to the muscle)
What is a Tendon Injury?Tendons are the tough fibres that connect muscle to bone. Most tendon injuries occur near joints, such as the shoulder, elbow, knee, and ankle. A tendon injury may seem to occur suddenly, but usually, it is the result of repetitive tendon overloading. As mentioned earlier, health care professionals may use different terms to describe a tendon injury. You may hear: Tendinitis (or Tendonitis): This means "inflammation of the tendon". Mild inflammation is actually a normal tendon healing response to exercise or activity loading, but it can become excessive, where the rate of injury exceeds your healing capacity.
Tendinopathy PhasesThe inability of your tendon to adapt to the load quickly enough causes the tendon to progress through four phases of tendon injury. While it is healthy for normal tissue adaptation during phase one, further progression can lead to tendon cell death and subsequent tendon rupture.
1. Reactive Tendinopathy
- Normal tissue adaptation phase
- Prognosis: Excellent.
- Normal Recovery!
2. Tendon Dysrepair
- Injury rate > Repair rate
- Prognosis: Good.
- The tendon tissue is attempting to heal.
- It is vital that you prevent deterioration and progression to permanent cell death (phase 3).
3. Degenerative Tendinopathy
- Cell death occurs
- Prognosis: Poor!
- Tendon cells are dying!
4. Tendon Tear or Rupture
- Catastrophic tissue breakdown
- Loss of function.
- Prognosis: very poor.
- Surgery is often the only option.
What is Your Tendinopathy Phase?It is very important to have your tendinopathy professionally assessed to identify it’s current injury phase. Identifying your tendinopathy phase is also vital to direct your most effective treatment since certain treatment modalities or exercises should only be applied or undertaken in specific tendon healing phases.
Systemic Risk FactorsThe evidence is growing that it is more than just the tendon and overload that causes tendinopathy. Diabetics, post-menopausal women and men with high central adiposity (body fat) seem to be predisposed to tendinopathies and will need to carefully watch their training loads.
What are the Symptoms of Tendinopathy?Tendinopathy usually causes pain, stiffness, and loss of strength in the affected area.
- The pain may get worse when you use the tendon.
- You may have more pain and stiffness during the night or when you get up in the morning.
- The area may be tender, red, warm, or swollen if there is inflammation.
- You may notice a crunchy sound or feeling when you use the tendon.
How is a Tendon Injury Diagnosed?To diagnose a tendon injury, your physiotherapist or doctor will ask questions about your past health, your symptoms and recent exercise regime. They'll undertake a thorough physical examination to confirm the diagnosis. They will then discuss your condition and devise an individualised treatment plan. They may refer you for specific diagnostic tests, such as an ultrasound scan or MRI.
Tendinopathy TreatmentTendinopathies can normally be quickly and effectively rehabilitated. However, there is a percentage of tendinopathies that can take months to treat effectively. As mentioned earlier in this article, it is important to know what phase your tendinopathy currently is. You physiotherapist can assist not only your diagnosis but also guide your treatment to fast-track your recovery. Before you seek the advice of your physiotherapist or doctor, you can start treating an acute tendon injury at home. To achieve the best results, start these steps right away:
- Rest the painful area, and avoid any activity that makes the pain worse.
- Apply ice or cold packs for 20 minutes at a time, as often as 2 times an hour, for the first 72 hours. Keep using ice as long as it helps.
- Do gentle range-of-motion exercises and stretching to prevent stiffness.
When to Return to SportEvery tendinopathy is different, so please be guided by your physiotherapist assessment. It may take weeks or months for some tendon injury to heal and safely cope with a return to sporting loads. Be patient, and stick with the treatment exercises and load doses prescribed by your physiotherapist. If you start using the injured tendon too soon, it can lead to more damage, and set you back weeks!
Tendinopathy PreventionTo minimise reinjuring your tendon, you may require some long-term changes to your exercise activities. These should be discussed with your physiotherapist. Some factors that could influence your tendinopathy risk include:
- Altering your sport/activities or your technique
- Regular prevention exercises.
- Closely monitoring and record your exercise loads. Discuss your loading with your physiotherapist and coach. They will have some excellent tips.
- Always take time to warm up before and cool down / stretch after you exercise.
Tendinopathy PrognosisWhile most acute tendinopathies can resolve quickly, persisting tendon injuries may take many months to resolve. Long-term or repeat tendinopathies usually have multifactorial causes that will require a thorough assessment and individualised rehabilitation plan. Researchers have found that tendon injuries do respond differently to muscle injuries and can take months to solve or potentially render you vulnerable to tendon ruptures, which can require surgery. For specific advice regarding your tendinopathy, please seek the advice of your trusted healthcare professional with a special interest in tendinopathies.
What is Barefoot Running?Barefoot running is a term that means either running either without shoes or with minimalist shoes. Barefoot running has gained popularity over the last few years as a way to return to pure running and has been proclaimed to help reduce the rate of running injuries. But is this accurate? To gain a more scientific basis on whether barefoot running is advantageous or not for you, let’s look at what researchers have discovered.
Who is Suited to Barefoot Running?When you run without shoes, you tend to land on the front part of our foot. This is called a forefoot strike. Landing through the centre of your foot is called a midfoot strike. If you were to land barefoot on your heel, it's called a rearfoot strike, the ground-shock would be excessive, and you would develop heel pain or injury, plus some other injuries further up your leg. That's why most barefoot runners tend to have a forefoot or midfoot strike. When you put on a traditional jogger with rearfoot cushioning, this cushioning allows you to land on your heel without damage. This is why lot of shoe runners become rearfoot strikers.
Ground Reaction ForcesThe graphs below chart what is called ground reaction forces. The chart to the left is a rearfoot strike technique, and the right chart demonstrates a forefoot strike.
What does this Mean?Generally, the higher the force, the greater the risk of injury. When you look closer, however, you can see that the ground reaction forces are actually higher in the forefoot strike chart. Surely this would mean that you would get more injuries running with a forefoot strike technique. Not exactly. As well as considering the ground reaction force, you also need to look at the vertical loading rate.
Vertical Loading RateVertical loading rate (see the chart below) is a measure of how quickly the ground reaction forces increase. The steeper the curve, the greater the risk of injury. Running with a rearfoot strike produces a steeper curve, and makes some leg injuries more likely, but once again not all.
Running Shoes vs Barefoot RunningDoes this mean you should toss away all of your running shoes? Maybe hold on them just a little longer. The evidence is not clear yet as to whether a forefoot/midfoot strike does actually reduce your injury rate. What appears to occur is the barefoot running reduces loads in one area only to increase loads in another. And, since you are probably running on firm or rough surfaces such as footpaths, roads or gravel, you'll need some form of cushioning and protection for your feet. Don't you hate landing on those little stones!
What Should You Do?If you are running without injuries at present you would probably be silly to change. Changing footwear and technique may simply add another increase in loading and create new injuries elsewhere. Certainly, at PhysioWorks, we are seeing more forefoot injuries in barefoot runners, which does make sense given the load charts. Plus, most of these injuries occur within a few weeks of changing your running style. However, if you have been suffering injuries from running, barefoot may be a consideration for you. Changes to your running technique such as reducing your stride length or your shoe style could help you. You may also have some muscle control issues in another part of your body that could be altering the way you adapt your running style. So, before you toss your running shoes, it may be in your interest to consult with a running physiotherapist, a sports podiatrist or a running coach who can analyse your running style, assess your body for weakness or tightness, check your leg and foot biomechanics or simply help you to retrain your running technique or some slightly weak muscles. Most problems that cause running injuries are simpler to fix than you may think.
What is the PhysioWorks Difference?You'll be impressed with the experienced physiotherapists, massage therapists and reception staff who represent PhysioWorks. To ensure that we remain highly qualified, we are committed to participating in continuing education to provide optimal care. If you've been searching for health practitioners with a serious interest in your rehabilitation or injury prevention program, our staff have either participated or are still participating in competitive sports at a representative level. We also currently provide physiotherapy and massage services for numerous sports clubs. Our experience helps us understand what you need to do to safely and quickly return to youryouryour sporting field, home duties, or employment.
How You'll Benefit from the PhysioWorks Difference?At PhysioWorks physiotherapy and massage clinics, we strive to offer our clients quick, effective and long-lasting results by providing high-quality treatment. We aim to get you better quicker in a friendly and caring environment conducive to successful healing. With many years of clinical experience, our friendly service and quality treatment is a benchmark not only in Brisbane but Australia-wide.
What are Some of the BIG Differences?Our therapists pride themselves on keeping up to date with the latest research and treatment skills to ensure that they provide you with the most advantageous treatment methods. They are continually updating their knowledge via seminars, conferences, workshops, scientific journals etc. Not only will you receive a detailed consultation, but we offer long-term solutions, not just quick fixes that in reality, only last for a short time. We attempt to treat the cause, not just the symptoms. PhysioWorks clinics are modern thinking. Not only in their appearance but in the equipment we use and in our therapists' knowledge. Our staff care about you! We are always willing to go that 'extra mile' to guarantee that we cater to our clients' unique needs. All in all, we feel that your chances of the correct diagnosis, the most effective treatment and the best outcomes are all the better at PhysioWorks.
What is Therapeutic Ultrasound?Therapeutic ultrasound is an electrotherapy modality which has been used by physiotherapists since the 1940s. Via an ultrasound probe through a transmission coupling gel in direct contact with your skin, ultrasound waves are applied. Therapeutic ultrasound may increase:
- healing rates
- tissue heating
- local blood flow
- tissue relaxation
- scar tissue breakdown.
How Could Ultrasound Help?Ultrasound increases local blood flow. This increase may help to reduce local swelling and promote soft tissue healing rates. A higher power density may soften scar tissue.
Specific Ultrasound UsesMastitis or blocked milk ducts successfully respond to therapeutic ultrasound. The effect is quite dramatic, with improvement within 24 to 72 hours. The most common conditions treated with ultrasound include soft tissue injuries such as muscle, ligament injuries or some tendinopathies. Phonophoresis uses ultrasound in a non-invasive way of administering medications to tissues below the skin. This method may assist patients who are uncomfortable with injections. With phonophoresis, the ultrasonic energy forces the drug through the skin.
What is an Ultrasound Dose?A typical ultrasound treatment will take from 3-10 minutes. Where scar tissue breakdown is the goal, this treatment time could be much longer. During the procedure, the head of the ultrasound probe is in constant motion. If kept in continuous motion, the patient should feel no discomfort at all. Some conditions treated with ultrasound include soft tissues injuries such as muscles or ligament injuries, tendinopathy, non-acute joint swelling and muscle spasm.
How Does an Ultrasound Work?A piezoelectric effect, caused by the vibration of crystals within the ultrasound head of the probe creates the sound waves. The ultrasound waves generated then pass through the skin cause a vibration of the local soft tissues. This repeated cavitation can cause a deep heating locally though usually no sensation of heat will be felt by the patient. In situations where a heating effect is not desirable, an athermal application occurs. Athermal doses are typical during acute fresh injury and the associated acute inflammation.
When Should Ultrasound be Avoided?Contraindications of ultrasound include:
- local malignancy,
- over metal implants,
- local acute infection,
- vascular abnormalities,
- active epiphyseal regions (growth plates) in children,
- over the spinal cord in the area of a laminectomy,
- over the eyes, skull, or testes
- and, directly on the abdomen of pregnant women. Treatment ultrasound differs from diagnostic ultrasound!