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Tag: sporting injury

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By Physio Team back pain, chronic pain, Exercises, Home exercises, Injury, pain management, physical health, Physio, tendon , , , , , , , , , , , , , , ,

Piriformis Syndrome

Piriformis syndrome refers to the dysfunction of the piriformis muscle which irritates the sciatic nerve. It is characterized by deep buttock region pain that radiates down leg and foot often accompanied by pins and needles and numbness traveling along the path of the sciatic nerve.

The simplistic reason for this widely distributed pain comes down to the piriformis muscle itself – Their close proximity means that direct trauma to the buttock region or the supporting structures can result in inflammation and muscle dysfunction which can compress and irritate the sciatic resulting in referred symptoms.

Piriformis syndrome symptoms may include:

  • Localised deep buttock region pain
  • Pain with continuous sitting or standing for 15 mins or over
  • Pins and needles along the leg down to the outer foot
  • Numbness in outer leg or foot (often resolves on movements)
  • Deep squatting or bending
  • Pain on direct palpation

Anatomy

 

The piriformis muscle originates from the outer surface of a large fused bone of our pelvis called the sacrum. It travels adjacently and inserts into the top of the hip joint. The piriformis muscle is a very active muscle involved in stabilizing the hip and pelvis during majority of our activities (walking, running, standing, sitting or standing, turning in bed). When the piriformis muscle contracts it helps the hip rotate outwards (external rotation) and lift thigh out and up (abduct).

The sciatic nerve originates from where the very base of the spine and the sacrum join known as the lumbosacral region (lower back and saddle region). In this region five separate branches of nerves travel outside of the bony openings of the spine called the nerve roots and connect into a single large nerve – the sciatic nerve. It then travels through the pelvis deep into the buttock region close proximity the piriformis and gluteal muscles. In some individuals the piriformis muscles can travel through the piriformis muscle subjecting them to piriformis syndrome.

Diagnosis

There are no specific tests to diagnose piriformis syndrome. Diagnosis of piriformis syndrome is made by the report of symptoms and by physical exam using a variety of movements to elicit pain to the piriformis muscle. In some cases, a contracted or tender piriformis muscle can be found on physical exam.

In cases where there is underlying pathology (such as disc injury, arthritis, sacroiliac dysfunction or hip injury) resulting in true sciatica – piriformis syndrome may develop to become an additional muscular dysfunction that is required to be addressed. Because symptoms can be similar in other conditions, radiologic tests such as MRIs may be required to rule out other causes of sciatic nerve compression, such as a herniated disc.

Consultation with a physiotherapist in this case is highly recommended as they will perform a comprehensive clinical examination to identify the root cause of your symptoms.

Exercises for piriformis syndrome

Corrective exercises with a combination of strength and flexibility regimen is an essential way to treat true piriformis syndrome (without involvement of other underlying pathologies).

The exercises outlined below follow a phase-by-phase progressive regimen to strength key muscles of the hip, buttock and legs.

As you work through these exercises expect to feel some pain during and after your exercise. Pain you may feel during the exercise is an expected sign of muscle activity. Pain you may feel after the exercises is an expected sign of muscle healing and recovery. However, if you are unable to participate in the exercises due to symptom deterioration – it is highly recommended you consult your physiotherapist to rule out other potential causes.

Otherwise, to help you gauge the correct amount of pain you should expect during exercise – use this scale. The ideal range should be 2 to 5. If your baseline pain is over 6 or 7 – it is recommended that you consult your doctor for pain relief appropriate to manage your pain, followed by a consult with a physiotherapist. Your physiotherapist will be able to modify the following exercises or prescribe alternative exercises best suited based on your current level of function and symptoms.

Symptom noting – is a great way to keep track of your progress and symptom behaviour.

  • Take a diary
  • Note down pain before you begin the exercise.
  • Note down the pain rating after each exercise.
  • Note down pain at the end of the day
  • Repeat the pain recording process for the next 4-5 days
  • Examine the trend in your symptoms.

Interference with everyday tasks – Your participation or level of exertion with everyday activities may interfere with your symptoms impacting your exercise tolerance. It is therefore important to note any of these interferences’ contributory to your pain.

Phase 1 – is a beginner stage.

This phase is intended for gently priming muscle activation. It will demand your concentration on technique and compliance to change the possible compensation your body has been used to as a result of pain. This phase can last between 1-2 weeks.

Instructions:

3 sets of 10 repetitions. Hold each repetition for 8-10 seconds. Rest 10-15 seconds between sets, 30 seconds between exercises. Do this exercise 1-2 times per day.

Bridges

 

Lie on your back.
Bend both knees and place your feet flat on the bed.
Lift your buttocks from the bed.
Place your buttocks back on the bed.
Repeat this exercise and remember to continue to breathe properly.

Clam shells

 

 

 

 

 

 

Lie on your side with your feet, ankles and knees together.
Bend the legs a little and tighten your core stability muscles.
Keeping the feet together, lift the top knee up.
Make sure you don’t roll your body back with the movement.
Control the movement as you bring the knee back down to the starting position.

Phase 2 – intermediate stage

The intermediate phase is similar to the beginner stage with the difference of using changing elements of progression to challenge the muscles capacity further. In this stage you may choose to progress the exercises by choosing to change ONE factor:

  • Increase repetitions
  • Increase hold time
  • Increase sets
  • Add appropriate resistance

Instructions:

  • 3 sets of 10-15 repetitions. Hold each repetition for 10-15 seconds.
  • Rest 10-15 seconds between sets, 30 seconds between exercises.
  • Do this exercise 1-2 times per day.

Bridges with resistance

 

 

 

 

 

 

 

Tie a resistance band around both thighs, just above your knees.
Lie on your back with your knees bent and legs hips width apart.
There should be tension in the band.
Raise your hips up into a bridge, keeping the knees hips width apart.
Control the movement back down to the start position, maintaining constant tension on the band.

Clams with resistance

Lie on your side and place a band above your knees, approximately an inch or two above the knee joint.
Bend your legs a little, keeping the feet in line with your back.
Use your core stability muscles to keep the body stable.
Keeping your feet together, lift the top knee up against the resistance of the band.
Ensure you stay on your side and do not roll your hips and your body back with the movement.
Lower the knee back down, controlling the resistance.

Phase 3 – advance stage

Body weight squats

Start position is standing straight with the arms out in front and bent at the elbows, the fists should be clenched and the palms facing inwards.
Move downwards into a squat position so that the knees are aligned over the toes and the heels are in contact with the floor, make sure the back is straight.
Keep the head and chest upright and the gaze horizontal.
Hold for 2 seconds and return to the start position.

Lunges

Stand straight with your arms to the side or on your hips.
Take a large step forwards on your affected leg, then drop your hips directly down between both feet, bending your hips and knees to a 90 degrees.
Push back up to the starting position, and repeat.
Make sure you take a large enough step that your front knee does not travel over your foot, and ensure your knee travels directly forwards.
Keep your body up straight throughout the movement.

Crab walks

Place a band around your ankles and gather some tension.
Side-step keeping constant tension on the band.
Make sure you do not bring your feet too close together and keep your toes and knees pointing forwards.

Phase 4 – return to activities

Planning on running a marathon? A sports dietitian on what to eat for long-distance running

Stretching

Do you always need to stretch the muscle? The answer is NO. While stretching is an important tool to improve muscle elasticity. You may not always need to stretch a muscle if it is NOT tight. Thus, stretching is recommended to be limited to areas you feel are TIGHT when you perform a given movement. Check the affected side and unaffected side – don’t need to stretch a muscle that doesn’t need to be stretched.

Seated piriformis stretch 

Start in a seated position.
Cross the symptomatic leg your ankle is resting on, to the opposite knee.
Apply gentle pressure to the knee as you lean forward, increasing the depth of the stretch.
Hold this position, you should feel a comfortable tension with no pain.

Pigeon stretch

 

Start on your hands and knees.
Cross the symptomatic leg underneath you, then lower your hips down to the ground.
Rest your body forwards on your arms.
You should feel a stretch across the buttock.

 

 

 

 

 

 

By Physio Team Appointments & Fees, Exercises, knee pain, ligament damage, ligaments, Lockdown, lockdown wellbeing, MCL knee pain, MCL ligament, medial knee pain, muscles, online consultations, pain management, physical health, Physio, Sprain, surgery, Therapy , , , , , , , , , , , , , , , , , , , , , ,

Managing your Medial Knee Pain: MCL injuries

What is it?

Although your knee has free movement going forwards and backwards, its’ sideward movements are restricted by the robust collateral ligaments on either sides of your knee. The medial collateral ligament (MCL) is situated on the inner part of your knee, but on the outside of your joint. The MCL connects the top of your shinbone (tibia) to the bottom of your femur (thighbone). It helps hold your bones together, provides stability and prevents your knee from bending sideways away from your body.

Injuries to the MCL are from the result of a direct blow to the outer part of your knee- and is most commonly seen in contact sports such as football and soccer. These injures may either over-stretch or cause a tear in the ligament. Whilst surgery may be needed in some severe cases, it is not always the go-to form of management.

Read on to know how physiotherapy can help manage your MCL related-knee pain.

 

 

Mechanism of Injury

Injury to the MCL typically occurs when a force drives the lower leg in a sideward direction away from your upper leg and body. Awkwardly landing from a height, twisting of your knee with your foot fixated to the ground, or from a direct blow to the outer part of your knee- most commonly seen in contact sports, are frequent causes of injury to the MCL.

 

 

Grading of MCL Injuries

MCL injuries are often graded using the system below:

Grade 1: Regarded as a minor injury- means that the MCL has been overstretched but not torn

Grade 2: Regarded as a moderate injury- means that there is a partial tear in MCL, and presents with some degree of instability in the knee

Grade 3: Regarded as a severe injury- means that the MCL has completely ruptured/torn, and presents with noticeable joint instability

 

Often 3 MCL injuries are associated with concurrent medial meniscus and ACL ligament damage, which may need surgical intervention. But, the good news is that most MCL injuries may be treated well with conservative physiotherapy management. It usually takes between 2-8 weeks for Grade 1 and 2 MCL injuries to heal, and a graduated rehabilitation programme is highly commended for prevention of future injury.

 

 

Signs and Symptoms

Because injury to the MCL may present with similar symptoms as with other knee injuries such as ACL damage, it is vital to have a medical professional such as your physiotherapist evaluate your injury.

Common symptoms of an MCL injury may include:

  • Tenderness and pain along in the inner part of your knee
  • Swelling in the knee
  • Experience catching and locking sensations in the knee joint
  • A ‘pop’ sound at the time of injury
  • Actual or feeling of giving way of the knee (often indicate grade 2 or 3 injury)

 

 

Diagnosis

Your physiotherapist will discuss your injury and its presenting symptoms, past medical history (including a history of any prior knee injuries) and will also undertake a thorough physical examination. During the physical examination, your physiotherapist will assess the structures of your injured knee and compare them to the non-injured side. The range of motion, strength and stability of your knee will be assessed. You may be referred on for imaging such as X-rays and Ultrasounds to help aid the diagnosis. For more severe MCL injuries, and if your symptoms do not resolve with conservative physiotherapy management, you may be referred onto a specialist who may consider referring you for an MRI to get a deeper look at your knee.

 

Management

The management options for MCL injuries will be dependent on the severity of the injury. In the initial stages of injury, management is focused on controlling swelling and pain, whilst allowing your body to initiate healing processes via inflammation. This is typically achieved through the P.O.L.I.C.E. principles (Protect, Optimal Loading, Ice, Compression and Elevation).

Over the counter medication such as ibuprofen and paracetamol may be taken to reduce pain. Other stronger painkillers and NSAIDs may be prescribed by your doctor to help reduce swelling and inflammation as well.

After assessing your knee, your physiotherapist will frame a rehabilitation programme with exercises tailored to your needs. The purpose of physiotherapy is to help restore your knee’s range of motion, stability and strength, which in turn will then allow you to safely return to your usual day-to-day and sporting activities as soon as possible.

Management of most MCL injuries usually only involves knee bracing and physiotherapy treatment. However, in some cases, surgery may be recommended. Particularly if there is damage to more than one ligament or structure in your knee or if you continue to experience instability in spite of physiotherapy.

By Physio Team body parts, bones, Exercises, Injury, ligaments, muscles, online consultations, Physio, rehabilitation, Sprain, tendon, Therapy , , , , , , , , , , , , , , ,

Meet Your Body Parts!

Here are definitions of common terms for body parts you may hear your doctor or physio use!

 

Ligaments

Ligaments are cordlike extensions that serve to connect ends of two bones to form a joint. They are made up of strong, durable, slightly elastic bandlike structures comprised of collagen fibres. The structural make up of ligaments is advantageous providing joint stability by limiting excessive movement.

What are Ligaments? (with pictures)

Tendons

Similar to ligaments, tendons contain densely packed bundles of tough collagen fibres that hold muscles together to the bone. They are located at the ends of every muscle in the human body. Bound together in tight sheaths they are made to withstand tension and transmit forces exerted by the muscle to the bone to cause movement.

 

10 Facts About Tendons | Physio Direct - Rural Physio at Your Doorstep

Muscles

Human body is made up of over 600 muscles categorised into three different types – cardiac, smooth and skeletal muscle.

  • Cardiac muscle – is only found in the walls of the heart. Its contractions help propel blood through the blood vessels to all part of the body.
  • Smooth muscle – is found mainly in the lining of internal organs (except the heart) including digestive and uninary tract organs, blood vessels. Smooth muscle works to transport substances through the organs by alternately contracting and relaxing.
  • Skeletal muscles – Skeletal muscles are the most abundant type of muscles that form the flesh of the body. They are attached to bones of the skeleton by tendons. They are responsible for voluntary movements of body. Facial expression, mobility, postural control and breathing are some of the movements we observe when skeletal muscles are subjected to voluntary control.

 

Muscle types — Science Learning Hub

Bones

Skeletal system of the human body is made up of 206 bones. Bones are most involved in providing an architectural framework by providing body shape, support and protection of vital organs and for locomotion. Besides these functions, bone is a reservoir for mineral and fats as a source of stored energy and formation of blood cells. Bones are classified by their shape as long, short, flat and irregular. They are connected by ligaments to form joints.

Let's learn about bones | Science News for Students

Cartilage

There are three different types of cartilage found in the human body – hyaline, elastic and fibrocartilage. Hyaline cartilage is the most common cartilage in the human body. It covers the ends of most bones at movable joints, connects ribs to the breastbone, forms the voice-box and nasal passages. It  consists of high water content that provides resilience to withstand great compressive forces found predominantly in joints.

 

What Is Cartilage?

By Physio Team Appointments & Fees, bones, Exercises, Home exercises, Injury, ligaments, muscles, online consultations, Physio, Pilates & Exercise Classes, rehabilitation, Sporting, Sprain, surgery, tendon, Therapy , , , , , , , , , , , , , , , , , , , , ,

Ankle injuries – Your first step to recovery

Common? Oh Yes!

The ankle is the most commonly injured joint in sport. This does not exclude other people such as active hikers, beach goers and even your average Sunday stroller. Good news though – your ankle injury is highly likely to be uncomplicated.

It is still vital that your ankle is examined, evaluated and treated early. This will ensure a swift return to activity and prevent further complications.

 

The road to recovery

Planning for Resiliency and the Road to Recovery

Your clinician will ask you some questions related to how you injured your ankle, pain, instability and any past episodes of injury. The earlier you get your ankle checked, the sooner your recovery will begin.

Keeping a mental note of things like initial pain, swelling, ability to walk and balance will go a long way in assisting your clinician to making an accurate diagnosis.

 

Investigations

Ankle x-rays

In most cases, initial X – rays are done to rule out broken bones.

Ultrasounds can be used to diagnose some ligament and tendon damage.

MRI is the best form of imaging but this does come at a higher cost and higher exposure to radiation. These are usually done after failed conservative treatment or in instances where pain remains high for longer periods.

A CT scan is helpful with complicated foot and ankle fractures. It will normally be ordered by a specialist surgeon who is planning for an operation.

 

What to look out for

Ankle sprains:

This is normally a twisting injury that causes a stretch or tear of ligaments surrounding the ankle. Your health care professional will provide you with all the information and tools you need for recovery.

These heal relatively quickly when the outside border of the foot is affected and a little slower when the inside border of the ankle is affected.

You will normally feel pain on certain ankle movements, stiffness in the ankle and experience some swelling and bruising.

Ankle - Wikipedia

 

Ankle Fractures:

These normally present with swelling, bruising and pain initially – although not always. In some cases, it is too painful to put weight on the ankle.

They are usually best confirmed with X – ray and specialist referral.

Management may be surgical or non-surgical depending on the severity and site of the fracture.

Fractures generally take longer to recover compared to sprains.

 

What treatment to expect

Foot and Ankle Doctor | EmergeOrtho—Triangle Region

Acute phase:

Your healthcare professional will normally initiate techniques to minimise your pain and swelling with rest, ice, compression and elevation.

Analgesia and anti – inflammatory medication may also be used.

Strapping may be used for stability at this stage and can be done by your physiotherapist.

You will also be encouraged to increase movement and begin strengthening.

 

Rehabilitation phase:

Balance and proprioceptive exercises will be given to you by your physiotherapist.

Strengthening will continue and running will start soon.

Once running in a linear motion pain free, you will progress to sport specific exercises.

Finally, you will return to sport or previous function such as trekking with a graded program.

Strapping may continue for up to 12 months after your injury in order to prevent re–injury.

 

What can you do on the day of the injury?

Rest by reducing time spent walking or standing. This will help the ankle to heal.

Ice the ankle for up to 20 minutes every couple of hours.

Compress the ankle with a firm bandage during the day and remove the bandage at night.

Elevate the leg.

Attempt circulatory exercises such as ankle circles and foot pumps (About 10 – 30 repetitions every couple of hours).

Contact your health professional or physiotherapist in order to make appointment for assessment.

If you are unable to stand on your leg or have excruciating pain in the ankle, head on to the local emergency department for immediate investigation.

 

Remember, your injury will heal and you will recover!

 

To find your nearest Physio Fusion clinic and book an appointment call 09 6266186 or visit our website https://physiofusion.co.nz

By Physio Team achilles, acute pain, Appointments & Fees, body parts, chronic pain, Exercises, feet, heel pain, Home exercises, Injury, Lockdown, lockdown wellbeing, muscles, online consultations, orthotics, pain, pain management, physical health, Physio, rehabilitation, Sporting, Sprain, tendon, Therapy , , , , , , , , , , , , , , , , , , , , , , , , , , , ,

Disorders of the Achilles Tendon

Basic Anatomy

The Achilles tendon is the largest tendon in the human-body. It is a band of tissue that connects your calf muscles to your heel bone (calcaneus). This tendon primarily facilitates general mobility such as walking, running, climbing stairs, jumping, and standing on your tip toes, by helping to raise the heel off the ground.

 

 

Common Achilles Pathology

Achilles tendinitis and tendinosis are two common disorders and are typically classified as overuse injuries.

Achilles tendonitis involves inflammation of the Achilles tendon. Inflammation is the body’s natural response to injury or disease, and often causes swelling, pain, or irritation. This inflammation is typically short-lived. Over time, if this is left resolved, the condition may progress to degeneration of the tendon- Achilles tendinosis, in which case, the tendon loses its organized structure and is likely to develop microscopic tears.

There are two types of Achilles tendonitis and it is based on which part of the tendon is inflamed:

  • Insertional Achilles tendonitis affects the lower portion of your tendon where it attaches to your heel bone.
  • Non-insertional Achilles tendonitis involves fibres in the middle portion of the tendon and tends to affect younger people who are active.

In both non-insertional and insertional Achilles tendinitis, damaged tendon fibres may also calcify (harden) and often bone spurs (extra bone growth) develop with insertional Achilles tendinitis. Achilles tendonitis may also increase your risk of sustaining an Achilles tendon rupture (tear).

Causes

Typically referred to as “overuse” conditions, Achilles tendonitis and tendinosis are often caused by the sudden increase in repetitive activity involving the Achilles tendon. This can put too much stress on the tendon too quickly, that can then lead to micro-injury of the tendon fibres. Because of this ongoing stress on the Achilles, the body is not able to repair the injured tissue. The structure of this tendon is then modified, resulting in continued pain and other symptoms. The Achilles tendon also has poor blood supply that makes it more susceptible to injury and may make recovery from injury slow.

Common factors that may lead to the development of disorders of the Achilles tendon include:

  • Weak and/or tight calf muscles
  • Rapidly increasing the amount or intensity of exercise within a short span of time
  • Hill climbing or stair climbing exercises
  • Presence of bony spurs in the back of your heel
  • Changes in footwear – especially changing from wearing high-heeled shoes to flat shoes
  • Wearing poor fitting, inappropriate, or worn out shoes during sporting activities
  • Exercising without adequate warm-ups and stretching
  • A sudden sharp movement which causes the calf muscles to contract and the stress on the Achilles tendon to be increased. This can cause the tendon fibres to tear.
  • Excessive mobility
  • Poor feet positioning and biomechanics (excessive pronation and flattening of the arches of the foot)

 

Symptoms

Achilles tendon pain: Causes. when to see a doctor, and treatment

 

Common symptoms include:

  • Pain and stiffness along the Achilles tendon especially first thing in the morning
  • Pain along the tendon or back of the heel that worsens with activity
  • Severe pain the day after exercising
  • Visible thickening of the tendon
  • Tenderness to touch
  • Bone spur
  • Swelling that is present all the time and gets worse throughout the day with activity

If you have experienced a sudden “pop” in the back of your calf or heel, you may have torn your Achilles tendon. Please seek urgent medical attention if you think you may have torn your tendon.

Diagnosis

If Achilles tendonitis or tendinosis is suspected, please deter from any activity or exercise which causes the pain. It is advisable to see your doctor or physiotherapist as soon as possible so that an accurate diagnosis may be made and appropriate treatment recommended.

You will be asked about the nature and duration of your symptoms and the medical professional assessing you will have a look at your foot and ankle. Ultrasound scanning may be used to evaluate the damage to the tendon and/or surrounding structures.

An MRI may be recommended if symptoms persist. X-rays may also be taken to rule out other disorders which may cause symptoms like Achilles tendonitis and tendinosis.

Achilles Tendonitis - Ankle - Conditions - Musculoskeletal - What We Treat - Physio.co.ukHow to Treat Achilles Tendinopathy with Physical Therapy - prohealthcareproducts.com

Treatment

Treatment will depend on the nature, severity, and length of the injury. Generally speaking, the longer the symptoms are present before treatment commences, the longer the timeframe until full recovery is attained.  Full recovery may take between three and nine months.

Initial treatment options in the early stages may include:

  • Rest – to avoid further injury to the area
  • Ice – to reduce inflammation
  • Elevation – to reduce swelling
  • Non-steroidal anti-inflammatory drugs to reduce pain and inflammation.

 How physiotherapy can help:

Physiotherapy typically focuses on two main areas: treatment and rehabilitation. Treatment may entail massage, shockwave therapy, acupuncture, gait re-education, and gentle stretching, whereas, rehabilitation predominantly entails strengthening of the Achilles and surrounding musculature.

Strengthening of the muscles surrounding the Achilles tendon facilitates healing in the tendon itself. Strengthening is attained through the utilization of specific exercises, that will be taught by your physiotherapist. It is common for the rehabilitation programme to take up to three months.

 

Exercises

 

 

By Physio Team Exercises, Injury, online consultations, Physio, Sporting, Therapy, Work Injury , , , , , , ,

INVEST IN YOUR HEALTH NOW OR PAY FOR YOUR HEALTH LATER!

It is scientifically proven that physical exercise is one of the greatest rehabilitation methods. Numerous studies consistently prove the indisputable benefits of exercise therapy.

Did you know? 

People who are physically active for approximately seven hours a week are 40% less likely of dying early than people who are only active for less than 30 minutes a week.

So what are the health benefits of exercise?

  • Helps you control your weight.
  • Can help you develop positive and healthy social relationships  (making friends, engaging with other children, self-expression).
  • Improves coordination and balance.
  • Improves posture.
  • Strengthens your bones and muscles, slowing down degenerative processes such as osteoarthritis.
  • Reduces your risk of falls.
  • Reduces your risk of some cancers, including breast, lung and colon.
  • Improves your mental health and mood.
  • Improves your sleep.

Any many many more!!

So what is stopping you?

Time – Time waits for no one. But there is plenty of it in the week to make a difference. Don’t fear moving slowly forward, fear standing still.

Knowledge – Starting is always the hardest part! Here at Physio Fusion we are always willing to help guide and advise you on all aspects of your physical health. We are very fortunate to have good connections with other healthcare providers who can also help to assist you!

Confidence – You have our vote! At physio fusion we embrace the lifestyle we promote. We are here to facilitate your needs and to guide and advise you on all aspects of your health.

Cost – Your health is your wealth. At Physio Fusion we provide the highest quality treatment and advice at very affordable prices.We have special rates for clients with a Gold Card (no co-payment) or Community Services Card ($10.00).

Distance – For those of you unable to travel to our clinics, or who are isolating currently due to COVID-19 we have you covered! We offer telehealth (online video) consultations, supported with a rehab exercise programme tailored to your needs via the online database Physitrack.

Secure your appointment today by booking online or phone us on:

09 626 6186 (New Windsor)
020 417 32135 (Henderson)