Blog 37: The Post op Shoulder: Weeks 6+

 

 

Following on from our previous blog regarding ‘The Post-op Shoulder’, we will now discuss a rehabilitation program for the post-op shoulder after 6 weeks. From this phase you will usually be returning to full range of motion and should have began some form of strengthening to your shoulder blade and rotator cuff muscles. You may also have the all-clear to return to running, which should start low intensity and slowly built back up to pre-injury levels

 

Weeks 6-8:

 

Range of motion:

Once your surgeon has given the all clear, it is time to start increasing your shoulder rotation range of motion in different shoulder positions. This should be started by slowly increasing how far you lift your arm to the side, while rotating the arm at the elbow.

 

Strength:

Strengthening your rotator cuff through range and with resistance. Holding a theraband with your elbows bent at 90 degrees, rotate your arm from your elbow either toward your stomach, or away. Repeat roughly 10-15 x 3, daily.

 

Internal Rotation:                                             External Rotation:

                  

 

Shoulder blade (Scapula) strengthening is also very important for the movement of your shoulder. These can be performed with more weight. Aim to perform 10x3 each session and 3-4 times per week.

 

Shrug:                                                           Rows:                                 

  

 

                            

Weeks 8-10:

Strengthening can be progressed here to increased weight or resistance. Rotator cuff strengthening can be performed with the arm at 45 degrees to the body. Increased resistance can be applied to shoulder flexion and abduction (raise arm forward and to side) but not to be performed above shoulder height.

 

Range of motion exercises progressed until full range of motion is achieved.

 

Weeks 10-12:

Strengthening exercises can most likely now be performed above shoulder height. Rotator cuff strengthening can be progressed by performing rotations with your arm at 90 degrees (shoulder height). Once this is achieved pain free, exercises such as bench press, lat pull-downs, shoulder press and seated rows can be started.

 

Shoulder External rotation at 90 degrees:          Shoulder Internal rotation at 90 degrees:

                          

Returning to sport drills can be re-introduced once full range is achieved. Contact drills should be avoided.

 

Weeks 12+:

Exercises should be mostly gym-based and focusing on strengthening the operated shoulder to equal or better than the non-operated shoulder. Once the strength of both sides is equal, full contact drills can begin. It is recommended to trial a 2-3 weeks of full training with normal match-simulations before returning to competitive sport.

 

Chest press:                                     Lat Pulldown:                         Seated Row:

  

 

As with most rehab it is very important to consult a therapist or surgeon following surgery. The above exercises are a brief summary of what could be involved and how long it may take to return to sport but are a guide only. If you or anybody you know have recurrent shoulder problems or are booked in for shoulder surgery, feel free to book in a consult with one of our therapists HERE.

 

 


The Post-op Shoulder (Weeks 0-6)

 

Shoulder surgery is quite a debilitating procedure and it is very important to rehabilitate afterwards to ensure full range and strength returns, prevent frozen shoulder and assist in returning to your everyday activities. A physiotherapist can assess your shoulder and work out the best methods to help improve the way your shoulder functions following surgery.

 

Always check with your surgeon or physiotherapist before beginning any exercise program post-surgery. You should also always use pain as a guide to slow down during your exercises, as too much pain can delay your recovery. The exercises below are what you can expect your physio to prescribe to you at each stage of your rehab for the initial 6 weeks.

 

Week 0-2:

Range of motion exercises: Should be performed for 60-90 seconds each, 3 times per day

Pendulums: Gently rock your arm back and forth, side to side and in circles

 

                                               

   

Week 2-4:

Range of motion (active assisted): Use your other arm or a wall to assist your arm through range. Hold each stretch for a count of 5 and repeat 10 times. Perform 3 times per day (This is just a few examples of many exercises your therapist may prescribe to you)

 

Assisted shoulder flexion                                                                                           

 

  

 

Wall Crawls

       

 

 

 

Week 4-6:

Range of motion: Progress range for each exercise as previous.

Strength: Sub-maximal pain free strength exercises against resistance but not through range of motion (using your muscles but they don’t move). Hold each exercise for 10 seconds and repeat 3 times. Perform each 3 times per day.

 

External Rotation:                                

 

Internal Rotation:                                      

 

Abduction:                                         

                                                        

 

If you or anybody you know is about to have shoulder surgery and would like to be guided through their post-surgery rehab, feel free to book in to see one of our therapists HERE.

 

 

 

 


Thoracic Outlet Syndrome

 

Image result for thoracic outlet syndrome

 

Thoracic Outlet Syndrome (TOS) is a group of conditions that happen when blood vessels and nerves are compressed between your first rib and your collarbone. This can cause pain in your neck and shoulders as well as cause numbness or hot/cold sensations in your fingertips. Thoracic outlet syndrome can be caused by several different things but is usually due to trauma such as a fall or car accident or sustained poor postures.

 

Signs and Symptoms:

Thoracic Outlet Syndrome can present with many different symptoms but can be classified depending what structure is involved

  • Nerve compression
    • Muscle wasting at base of thumb
    • Numbness or tingling in arms or finders
    • Pain or ache in neck/shoulder/hand
    • Weak grip
  • Vascular compression
    • Discoloured hand (bluish colour)
    • Arm pain and swelling
    • Blood clots in upper body
    • Weak or no pulse
    • Throbbing lump near collarbone

Treatment:

If Thoracic Outlet Syndrome is left untreated it can lead to permanent nerve or blood vessel damage. Basic things you can do to prevent symptoms worsening is to rest with your elbows supported and shoulders elevated as well avoiding carrying heavy objects. Each of these prevent the nerves and vessels that pass through the thoracic outlet from being stretched. Repetitive movements and sustained postures can also both increase symptoms. Your therapist will likely develop a program to strengthen the muscles of your shoulder and shoulder blade in order to improve posture, assist with shoulder movement and control as well as prevent re-occurrence.

 

If this sounds like anything that you or anybody you know are suffering with, feel free to book in a consultation with one of our therapists HERE

 


Cortisone injections vs Physiotherapy

 

 Image result for coracoacromial ligament

 

For conditions such as subacromial bursitis (bursitis of the shoulder) there are many different treatment options available. For most people, they will be recommended multiple options to reduce their pain and fix their problem. These include physiotherapy exercise, physiotherapy for manual therapy (massage, dry needling etc) cortisone injections, anti-inflammatories and surgery. But which of these is best?

 

What is bursitis?

Subacromial bursitis is a condition where the bursa (a fluid-filled sac used as a cushion underneath bone) starts to get inflamed due to compression between the acromium on the shoulder blade and the head of the humerus (arm bone).

 

How does this happen?

A common reason this happens is poor glenohumeral rhythm. This is when the arm moves through range without the shoulder blade moving efficiently with it. When a muscle is injured or not activating effectively this rhythm becomes poor, making the sub-acromial space to get jammed up, causing inflammation of the bursa.

Image result for shoulder abduction impingement

Treatments:

Cortisone injection is a common treatment strategy for subacromial bursitis. The aim of this is to reduce the inflammation of the bursa to reduce the amount of pain. This method is usually effective at reducing pain for the first 6 weeks, but it does very little in terms of fixing the initial cause of the problems.

 

Physiotherapy has been found to be superior to cortisone injections for pain reduction, shoulder movement and shoulder function in the long term (6 months). Specific exercises to target muscles of the shoulder and shoulder blade help re-train the glenohumeral rhythm, to prevent the bursa being aggravated. Manual therapy with specific exercises has been shown to be even more effective than the exercises alone.

 

Surgery is not indicated and should only be considered if patients have had no success following physiotherapy and injection and if the reason for the pain is a mechanical lesion of bone spur.

 

In summary, cortisone injections are effective at giving short-term pain relief, but quite often the reason for the pain is more complicated and requires physiotherapy input for long-term pain relief.

 

If you or anybody you know has shoulder pain as above, or have trialed cortisone injection without long-term pain relief, feel free to book yourself in to see one of our therapists HERE or contact us on Facebook.

 

 


Should I Get my Ankle Checked?

 

Ankle sprains are a common sporting injury and most will recover without further input. For many people this is not the case, and their injury can hang around with pain, stiffness or both. Evidence shows that the ankle also has one of the highest re-injury rates of any injury. So, if you have had a significant injury, or more than one injury to an ankle, it is important to rehabilitate the injury completely.

Acute injuries:

If you have just hurt your ankle there are a few things you can do to check if you require some professional input. The Ottawa ankle rules are a handy guide to check to see if you should get an X-Ray of your ankle to assess for a fracture. If any of the following apply you may have a fracture;

  • Inability to weight bear for 4 steps
  • Pain/tenderness over the bone on the outside of your ankle and 6cm above (Lateral Malleolus)
  • Pain/tenderness over the bone on the inside of your ankle and 6cm above (Medial Malleolus)

 

Longer-term injuries:

If an injury has occurred and is still giving signs of sustained pain, inflammation, looseness or unsteadiness it is recommended to have a physiotherapist assess your ankle. Some other ways of checking to see if you may need physiotherapy input is through the following mini tests that you can perform yourself;

  • Compare left and right ankle range by pointing toes, rolling foot in and out and flexing feet up
  • Stretch each calf and notice any differences
  • Compare balance between legs with single leg stands
  • Compare strength of each ankle with single leg calf raises
  • Compare function of each leg with hopping (height of hop or distance able to hop)

If any of the above mini tests seem different between each side your physiotherapist can help with the following things;

  • Rule out anything like a fracture and give a diagnosis
  • Reduce pain and swelling
  • Increase range of movement
  • Increase strength of ankle muscles
  • Return to sport testing, to decide if you are ready to return to sport with reduced risk of injury
  • Provide preventive exercises to stop it happening again

If you or anybody you know has a persistent or re-occurring ankle injury, feel free to book an appointment with one of our therapists HERE.

 

 

 

 

 


 

Whiplash

 

 

 

Whiplash is a common neck injury that occurs from quick acceleration-deceleration. It is frequently found following rear-end or side-impact car accidents but can also happen during falls or whilst playing sport. This impact can result in several different bony or soft-tissue injuries (whiplash injury) which can then turn into other issues referred to as Whiplash Associated Disorders (WAD).

 

Structures that can be affected in a whiplash injury can consist of;

  • Joints
  • Intervertebral discs
  • Muscles
  • Ligaments
  • Bones
  • Nerve roots/spinal cord
  • Vascular structures

Causes of pain may be to any of these tissues, though there may be secondary swelling, bleeding or inflammation which may create pain in other structures.

 

Whiplash disorders can present with a combination of motor, sensory and psychological distress. The most common symptoms are headaches and/or neck pain that is constant or movement provoked. Other symptoms can include;

  • Reduced range of motion in the neck
  • Poor muscle recruitment in the neck and shoulder regions
  • Loss of balance
  • Dizziness
  • Anxiety/depression
  • Sleep disturbances

A physiotherapist will likely prescribe you with exercises to encourage movement of the neck. These may include postural exercises, strengthening, stretching and positioning. It is recommended to not use a collar after neck injury following a whiplash event due to the increased likelihood of the neck getting stiff.

 

We have recently updated our systems to make it easier for TAC patients to claim. If you or anybody you know has had a whiplash injury feel free to book an appointment with one of our therapists HERE.

 

 

 

 

 

 

 

 

 

 

 

 


 

 Subacromial Impingement syndrome

 

 

Subacromial impingement syndrome (SIS) is a term that describes pain to any structure in the subacromial space of the shoulder (as seen in the image). This can include conditions such as subacromial bursitis, rotator cuff tendinopathy, biceps tendinopathy and many more. It is usually described as pain at the front or side of your shoulder during movements such as raises your arm to the front or to the side. SIS is one of the most common complaints of shoulder pain in Australia.

People with subacromial impingement generally suffer from persistent pain without a known cause. Patients will typically have pain moving their arm from 70° to 120° to the side when standing or laying on their side.

 

Treatment for subacromial impingement depends on current pain and function. Physiotherapy is typically recommended for 12 months before surgical opinion.

 

Your physiotherapist will likely manage you with the following treatments;

  • Relative rest from aggravating activities
  • Anti-inflammatories to reduce pain and swelling
  • Strengthening of rotator cuff, upper traps, middle traps and lower trap muscles.
  • Refer for subacromial injection (Eg. Cortisone for reducing pain and inflammation)

If you or anybody you know has a painful shoulder or thinks they may have subacromial impingement, feel free to book in with one of our therapists HERE.

 

 

 


 

Balance

 

Poor balance can be an enormous burden for people and will often lead to a higher risk of falls and injury. Balance requires several systems in your body to be functioning well, which may make diagnosing your reason for poor balance difficult. Fortunately, a well-designed physiotherapy program can usually improve your balance and reduce your risk of injury.

Balance relies on three different systems in your body (vision, muscles/joints and vestibular/inner ear). If any of these systems has a flaw it will need to be rehabilitated or other systems trained harder. For example, inner ear conditions such as positional vertigo (BPPV) can be treated with certain head movements, whilst those with poor vision would need to train their leg muscles to be stronger.

 

Conditions which may affect balance can include;

  • Ageing
  • Pain and joint stiffness
  • Neurological problems (Parkinson’s disease or stroke)
  • Inner-ear problems (Positional vertigo (BPPV or Meniere’s disease)
  • Eye diseases
  • Diabetes (can affect vision, muscles and sensation)

Your physio can assess your balance and mobility and determine where your issues come from. They will then help create a specific exercise program for you to address these issues. It will usually involve practicing tasks that you may find difficult or strengthening weak muscles in your legs. These exercises must be targeted at your level. Any exercise too easy wont challenge you enough, but an exercise too difficult won’t improve you.

If you or anybody you know has balance issues, feel free to book in with one of our physiotherapists HERE for a consult.

 

 

 


 

Patella (kneecap) dislocations

 

Dislocations of the patella (Kneecap) are a traumatic injury that occurs in sporting and non-sporting populations. The patella sits on the top of the end of your femur (thigh bone) and is supported by several ligaments, muscles and bony ridges to stay in place. Occasionally when twisting the leg with a fixed foot on the ground some of these ligaments can tear, allowing the patella to dislocate to the side of your knee. There can be several reasons why your kneecap could dislocate such as;

  • Ligament laxity (looseness)
  • Smaller bony ridges on each side of your patella
  • Imbalance between strong muscles on the outside of your leg, and weaker muscles on the inside of your leg
  • Kneecap hypermobility
  • Mechanical issues

A dislocated patella will present with some common complaints such as

  • Pain over inner or outer knee
  • Swelling over inner knee
  • Instability of knee
  • Locking of the knee

Management:

It is best to get your knee imaged with an MRI or X-Ray after dislocation to rule out any bony fractures and assess the degree of damage. Physiotherapy is the most common form of management after a dislocation and aims to reduce pain, improve function, and prevent future dislocations. Your therapist will give you exercises aimed balancing the strength between your inner/outer knee, as well as range of motion exercises and balancing exercises to prevent future re-occurrences. Your therapist may even recommend using a brace or tape on your knee while playing sport in the future to prevent future injuries.

 

If you or anybody you know has knee issues or dislocated a joint before, feel free to book in a session with on of our therapists HERE

 

 


Injury prevention/FIFA 11+

 

What is Injury Prevention?

The role of injury prevention in sports has two main roles. Firstly, it aims to prevent injuries in those who have no history of injury, and secondly, prevent re-injury to players who have had an injury in the past (eg previous hamstring injury).

 

FIFA11+:

The FIFA11+ is a program designed to prevent injuries in soccer, though can be carried over to Australian Rules Football. The program takes 20 minutes and is designed to be completed twice a week. The program can be used in place of a traditional warm-up at training sessions. The program has been shown to reduce the risk of injury by 30% when compared to standard warm-up programs, and can reduce to risk of more severe injuries such a ACL rupture by 50%.

 

What is involved:

The program requires no equipment and is broken up into three components. Each of these components have three difficulty levels (Level 1, 2, 3) that progressively get more difficult. This allows for further gains throughout the season.

 

The first phase consists of exercises that you may consider part of a normal warm up, such as run-throughs, Z-Line running etc. The second phase consists of body weight strengthening exercises such as Nordic hamstring curls, bridges and squats to activate and strengthen key muscle groups. The final two minutes consists of higher intensity sprinting, bounding and change of direction skills.

 

If you would like any more information regarding injury prevention and the FIFA11+ program, feel free to organize a session with one of our clinicians HERE.

 

 

 


Piriformis Syndrome

Image result for piriformis syndrome

What is it?

Piriformis syndrome is a condition where the piriformis muscle compresses the sciatic nerve. The piriformis is a muscle deep beneath your glutes/buttocks, near the top of the hip joint. The sciatic nerve is a thick and long nerve that starts from your lower spine and travels down the back of your leg. This nerve passes alongside or through the piriformis muscle and can be compressed when the piriformis is tight.

 

Signs and symptoms:

Piriformis syndrome usually starts with pain, numbness or tingling from the buttocks or down the back of the leg. Pain may come on from excessive sitting, running or climbing stairs, as well as when pushing into the buttock. Similar pain and numbness can be present in several other pathologies, so an assessment from your therapist is important.

 

Treatment:

Treatment for piriformis syndrome can be as simple as avoiding aggravating activities, such as extended periods sitting or long-distance running. If this is not effective your therapist will assess you for muscle weaknesses or tightness and prescribe exercises and stretches to relieve the pain.

 

Manual therapy such as deep tissue massage, dry needling and myofascial release are also effective at reducing piriformis tightness.

 

If you or anybody you know has symptoms of piriformis syndrome, feel free to book an appointment online with one of our therapists HERE.

 

 

 


To Heat or to Ice?

Image result for ice or heat for injury image

 

A very common question we receive in our clinic is whether to put heat or ice onto an injury. Both treatments have their advantages, and both can be pain-relieving but when is the best time to use each?

 

Ice:

As a general rule ice should be used if you have recently injured an area, have recently had surgery or a procedure, or just finished an aggravating activity like playing sport. Icing an area will cause blood vessels to constrict, which limits bleeding, swelling and inflammation into the area. This also has the added effect of helping with pain in the area.

 

When to avoid icing:

  • Immediately before exercise
  • Long term chronic pain with no recent injury
  • If you have a vascular disease or poor circulation

How to ice:

  • Fill plastic bag with crushed ice, use frozen veggie packet, or commercial ice pack
  • To avoid ‘ice burns’, it is best to put a cloth or towel between the ice and the skin
  • Ice the area for no more than 20 minutes
  • Repeat hourly, or at least 2-3 times over the day

 

Heat:

Heat has a great affect on injuries that are no longer acute or recent. It is most useful in warming up stiff or scarred muscles, as well as relieving pain and spasm in neck and back injuries. Heat can increase metabolic activity, increase circulation, increase movement of soft tissues like muscle and can relieve spasms. Using heat on a recent injury will increase the inflammation in the area, which may cause more pain and swelling, which will slow your recovery in the long run. We recommend heating an injury after about 5-7 days to help bring in blood to the area with important nutrients for recovery.

 

When to avoid heat:

  • Immediately after exercise
  • Immediately after an acute injury

How to heat:

  • Commercial heat-packs are the most reliable method of warming an area
  • Heat for about 20 minutes, 1-2 times a day
  • Make sure the heat-pack isn’t too hot. You should be able to tolerate the heat-pack resting on your skin

 

If you have any questions or need help rehabilitating an acute injury, feel free to book an appointment with one of our therapists HERE.


Distal Radius Fracture

 

Image result for Distal Radius Fracture

 

Distal Radius fractures, or wrist fractures, are a break of the end of the Radius, the larger of the two forearm bones. These fractures are often caused by falling on out-stretched hands, especially in osteoporotic populations, though can often happen in sporting situations and are very common in younger people.

Diagnosis:

An X-Ray is required to diagnose a Distal Radius fracture, though you may be suspected of one if you have sharp pain at the wrist, rapid onset swelling or a wrist deformity. An X-ray will also be required to determine if the bone is displaced, or intra-articular, which may require surgery.

Treatment:

  • Non-Operative:
    • If the fractures are minimally displaced your doctor may need to perform a reduction, which involves manipulating the bones back into place without surgery.
    • Casting is required for up to 6 weeks to immobilize the joint. Your doctor will take regular X-rays during this time to make sure the fracture is still in a good position.
  • Operative:
    • Usually indicated if the fractured bones are not aligned, the joint surface is damaged, or the radius appears short
    • The most common surgical procedure is called an ORIF, or Open Reduction Internal Fixation. The bone is re-aligned in surgery and pinned together under the skin.

Rehabilitation:

It is important to get physiotherapy following cast-removal so that you can return to function as soon as possible. Your therapist will focus on increasing your range of motion and getting your wrist strength back to normal levels with manual therapy and home strengthening exercises. Your therapist will also slowly re-introduce you to normal daily tasks and sport-specific movements in a safe manor so that you don’t have any re-occurrences.

Outcomes:

Almost all distal radius fractures heal well to an extent regardless of age. Malunion, which is a poor union of the bones can occur and may lead to long term stiffness, reduced range of motion, reduced grip strength and residual pain.

If you or anybody you know has a fracture, or requires any rehabilitation for their wrists, feel free to book and appointment HERE.

 


Cramping

Most people have experienced muscle cramps before, but what are they and why do they happen?

 

 

What are cramps:

Cramps are an uncontrollable muscle contraction or spasm which can be quite painful and debilitating. Calves and feet are the most common muscles to cramp, but any muscle can be affected. They can be harmless and will usually resolve by itself, though chronic, long term cramping can be a sign of underlying medical conditions.

 

Why does it happen:

The exact cause of cramping is somewhat unknown, but likely risk factors that may cause cramping include;

  • Poor muscular endurance
  • Increase fatigue
  • Poor nutrition intake, including lack of magnesium, potassium, calcium and sodium (electrolytes)
  • Reduced hydration
  • Short, tight muscles

How can you fix it:

Most cramps will resolve themselves with a bit of rest. If you are experience unrelenting cramping there are a number of things you can do to resolve them.

  • Stretch: This should help to relax the muscle when it won’t stop spasming
  • Massage: Works like stretching by lengthening and relaxing the muscle
  • Drink plenty of fluids: Will help to re-hydrate the muscle and make it work more efficiently
  • Ensure adequate electrolyte intake: Can be from diet, Gatorade or pickle juice
  • Address muscular weaknesses or muscular endurance deficits
  • Increase fitness level

If you or anyone you know may benefit from advice or treatment for cramping, book in to see one of our therapists HERE.

 


Creating a pain-free work space

 

 

Getting pain at work? Workplace pain is very common but can be avoided! Setting up your workspace can be simple, easy and effective at making you pain-free at the end of your workday.

 

Perfect your sitting posture:

Pay attention to the way you are sitting. There are some simple positions that you can utilise to avoid neck and back pain whilst you are sitting at your desk;

  • Sit upright with your back and shoulders against your chair
  • Arms resting on the armrests of your chair or desk
  • Keep your feet flat on the floor
  • Relax your shoulders while typing
  • Avoid holding your phone at your tummy. Try holding it at computer screen/shoulder height with your arms rested

Take some breaks:

Backs don’t like to be in the one position for very long so its important to get up and move around to prevent neck and back stiffness. Going for a 2 minute walk or stretch can help relieve your muscles and make you feel more refreshed. Try getting up every 15-30 minutes if possible, to get your blood flowing and muscles moving.

Invest in your desk:

If you find that you can’t take regular breaks, a good idea is to invest in a sit-stand desk. These desks allow you to change positions throughout your day and encourage you to change your posture regularly. There is also evidence that standing instead of sitting is great for your overall health.

If this isn’t possible but you would like to make your traditional desk more ergonomic, try increasing the height of the desk to encourage sitting up and avoid slouching, but not so big that you must reach for your keyboard or to do work.

Get a good chair:

Having a good, well-constructed chair can help reduce risk of injury to your neck and back, as well as reduce fatigue and discomfort. Some characteristics of a good office chair for you consist of;

  • The ability to recline (Sitting at 100-110 degrees is actually better than 90 degrees)
  • A good backrest with lumbar support
  • Flexible height
  • Ability to rotate and swivel

Computer positioning:

Due to the majority of office work being done at computers, a simple change to your computer position can be the difference in how your neck and back feel after a long day at work. Try the following tips to better position your computer and desk;

  • Place your monitor directly in front of you with the top of your monitor at eye level. Make sure it is not off to one side to avoid neck and eye straining
  • Make sure your mouse and keyboard are close enough so you can use it with relaxed arms and posture without reaching.
  • If using a laptop/tablet, consider using an external monitor or keyboard to assist with each of these components

 

With a few of these simple changes you can be well on your way to preventing future neck or back pain issues. If you would like more information regarding neck or back pain you can book an appointment with one of our therapists HERE.

 

 


Dry Needling

 

What is it?

Dry Needling is the use of a fine needle to release knots (trigger points). It is a safe and effective technique to both assess and to treat tight muscles and muscle-related pain. The technique will usually involve needling a trigger point multiple times in order to reduce a patient’s symptoms. If done accurately the patient will get a muscle twitch as the knot is released, which will reduce muscle tension and pain.

How can it help?

Dry Needling can help with your injuries through various methods

  1. Relaxing tight muscles
  2. Normalise tone of overactive or underactive muscles
  3. Removing source of irritation (releasing muscles that are pinching a nerve)
  4. Promoting healing due to normalizing circulation to the muscle

When to use it?

With the use of the above methods, Dry Needling can help with a wide range of conditions such as;

  • Muscle strain
  • Lower back pain
  • Neck pain
  • Headaches
  • Tendinopathies (Tennis elbow, achilles pain, hamstring tendinopathy)
  • Sciatica
  • Rotator Cuff pathologies
  • Plantar fasciitis
  • Scoliosis

Things to watch out for:

It is highly recommended that if any of the following applies to you, you should let your therapist know before needling.

  • Local infection
  • Bleeding disorders
  • Pregnant (especially first trimester)
  • Recent cardiac surgery
  • Immunocompromised (cancer patients or recent radiation therapy)
  • Joint replacement
  • Cardiac pacemaker
  • Blood donors should inform your blood bank prior to donating

 

If you would like to utilise dry needling for any of your aches or pains feel free to book in with one of our clinicians HERE

 

 


Plantar Fasciitis

What is Plantar Fasciitis?

Plantar Fasciitis is a common cause of foot pain, usually felt on the inside of your heel. The plantar fascia is a thick tissue that runs from your heel, to the base of your toes. Plantar Fasciitis is inflammation of this tissue which can be due to a range of causes such as;

  • Flat feet or fallen arches
  • Overuse
  • Overstretching
  • Increasing training load
  • Spending a lot of time on your feet
  • Poor footwear

What are the Symptoms?

The main symptom of Plantar Fasciitis is pain on the inside or under your heel. This pain is usually worse for the first few steps in the morning, of after being seated for an extended time, though may also occur after long periods of standing or intense activity.

 

How is it Treated?

The management of Plantar Fasciitis will usually begin with a thorough assessment of your foot and lower legs. Following this assessment your Physio will give you specific stretches or strengthening exercises aimed towards your deficits. Other adjuncts such as rigid taping and orthotics may also be utilized. Most patients find success in this conservative approach, though some will require medical input.

 

Return to Sport:

Once the initial pain and inflammation has reduced and movement issues are identified a guided return to sport/activity program will be developed for you. For most people your rehab will look somewhat like this;

  • Maintain fitness with swimming or cycling
  • Improve flexibility of the Plantar Fascia and Achilles tendon
  • Strengthen the Plantar Fascia
  • Identify and manage running technique issues
  • Once pain free for a week slowly return to running
  • Running distance or intensity will be increased a small amount each week
  • If there is pain felt at any point, then it is important to go back a step

If you or anybody you know thinks that they are suffering from Plantar Fasciitis do not hesitate to book in a session with a Physiotherapist by clicking HERE.

By Jake D'Elia

 


Pilates Health Insurance Reforms

Image result for pilates

 

Private Health Insurances are going through some changes to the items that they cover. These are due to occur on the 1st of April this year.

 

 

WHAT ARE THE CHANGES THAT AFFECT ME?

One of these changes is that Pilates Classes will no longer be claimable through health insurance. However, there are some exceptions to this.

 

 

WHY HAVE THESE CHANGES BEEN BROUGHT ABOUT?

Unfortunately, a number of healthcare practices have been using pilates as a generalized exercise program where all clients are prescribed the same set of exercises in large group classes (6 or more). This type of treatment model doesn’t allow clients to get the best outcomes as each client’s problems/deficits are different. So, a general exercise program will not be suitable to help the majority of people recover. As a result, the evidence behind this type of generalized “Pilates” class is poor; and so Private Health Insurers have removed Pilates from the list of claimable items unless certain criteria are met…

 

 

AM I STILL ABLE TO CLAIM FOR PILATES CLASSES?

YES, so long as the following criteria are met by the healthcare provider (Prime Physio):

  • Individualized assessment: prior to commencing group classes, clients need to be assessed in a 1 to 1 session so that outcome measures can be taken and a tailored exercise program can be prescribed.
    • We already comply with this. It is mandatory to have 1-3 one on one sessions prior to starting group classes so that we can create the program, teach the correct exercise technique and evaluate the outcome of the exercises, prior to starting groups.
  • Individualized exercise programs: programs need to be tailored to the client’s deficits and must not only include Pilates exercises. If the class is run by a physiotherapist – it can include Pilates inspired exercises as part of the overall treatment program.
    • We already comply with this. A number of exercises in our programs include weights, balance retraining, Swiss balls and flexibility exercise.
  • Clinical notes: need to be taken and include reassessment of outcome measures
    • We already comply with this. Your exercise program forms part of the notes as well as session specific notes that we do after the class.
    • We will need to integrate re-assessment as part of our practice to include this in our notes. This will take the form of a simple functional test (eg. Reach for toes, single leg balance, sit to stand etc…) that we will do at the start and at the end of the class.
  • Marketing: we cannot market our classes as Pilates going forward; even if they include pilates inspired exercises. The word ‘Pilates’ also needs to be removed from all tax invoices to allow insurance claiming.
    • We have complied with this: our classes have been rebranded to ‘Physio Exercise Classes’ – this can be a group or 1 to 1 sessions. The word ‘pilates’ has been removed from all tax invoices and receipts as required by the insurance companies to allow patients to still claim their rebate.

 

 

SUMMARY:

There will be very little change to the group exercise classes. Asides from implementing a quick test at the start and end of the class, they will run as normal. You will still be able to claim the rebate for your classes through your private health insurance as previous.

 

The major difference will be the name change from Clinical Pilates Exercise Classes to Physio Exercise Classes.


 

Stretching: when, how and why?

By Michael Stizza

 

 

Stretching is very common in the athletic population from sports people to gym goers and the yoga fanatics. But what’s the best way to do it, and why?

 

To fully understand stretching, we must understand the different types of stretching, when they are useful, and how to implement them in to our activity routine. Typically, there are three common variations of stretching that are talked about:

  1. Static stretching - Prolonged holding of joints in a stretched position, typically held for 60 - 120 seconds. Often used as part of a cool down post – exercise.
  2. Dynamic stretching – Moving the stretch through a controlled range of motion (ROM) (e.g. leg swings) often used as part of a warm up prior to physical activity.
  3. And Proprioceptive Neuromuscular Facilitation (PNF) stretching - contract relax stretching. Has portions of both static, and dynamic stretching. This is where the athlete contracts the muscle against resistance for around 8 – 10 seconds, then progresses the stretch into the new available range of motion. This type of stretching typically requires a partners or resistance band to be done correctly.

When looking to implement stretching into your training regime, it is important to pick the correct type of stretch that will compliment your goal at the time. Below are typical guidelines found in the research:

  • If your only goal is to improve joint range of motion, any on the above stretching techniques will be effective. If looking to get immediate short-term gains, PNF stretching will give you the most bang for your buck.
  • If you are looking to introduce stretching as part of your warm up routine, then dynamic stretching is for you. Dynamic stretching is preferred in warm up over static stretching, as static stretching is likely to decrease your strength and power output, which may negatively affect your performance.
  • Static stretching, or PNF are generally recommended for post work out warm-down or recovery, however, it is unclear in the research whether they reduce your overall risk of injury.

Mostly, stretching is about finding what is right for you. If you have had success with a routine in the past, it’s best to continue what works for you. If you are just starting out, or looking to change your routine, follow the above guidelines and monitor your change in performance.

 

If you are still unsure of what to do for your preparation or recovery, book in and get some individualised advise to keep you on the track - fitter and ready to go!

 

References:

Page P. Current concepts in muscle stretching for exercise and rehabilitation. Int J Sports Phys Ther. 2012; 7(1):109-19. Available from: http://www.ncbi.nlm.nih.gov/pubmed/22319684.

 

 


 

High Ankle Sprains – Syndesmosis Injury

By Michael Stizza

 

 

What is a High Ankle Sprain

Ankle sprains are one of the most common injuries that occur in an active population. However, there is a subgroup of ankle sprains that are rarer and hold the title of a high ankle sprain. Unlike lower ankle sprains that occur on the outside of the ankle between the fibula and the foot. High ankle sprain occurs higher up between the tibia and the fibula. A high ankle sprain can have a similar mechanism of injury (rolling the ankle outwards) but typically also have a heavier impact, which forces separation of the tibia and fibula. This causes injury the Tibiofibular ligaments and the syndesmosis (pictured). A high ankle sprain is often a dreaded diagnosis as the rehabilitation for an injury of this nature is associated with longer time on the sidelines.

 

Signs and Symptoms

As a high ankle sprain is often a high impact injury, it can sometimes be difficult to pick up the subtleties of a syndesmosis injury. Patient with high ankle sprains typically present with:

  • Pain and bruising at the front of the leg and ankle
  • Pain and tenderness to touch just below the shin at the front of the ankle
  • Reduced and/or painful ankle range of motion
  • Difficulty weight bearing and walking
  • Pain of difficulty lunging

Diagnosis

Your physiotherapist will complete several tests aimed at determining which ligaments are injured, and the extent of their damage. If a high ankle sprain is suspected, imaging may be undertaken to confirm the injury and grade of damage. An MRI is the gold standard image for this injury, however, if this is not available, a weight bearing x-ray and ultrasound may assist in determining injury to the syndesmotic ligaments.

 

Treatment

In severe injuries, such as complete rupture of the tibiofibular ligaments, surgical fixation with a screw may be the best option to restore full ankle function. In the event of less significant injuries (grade 1 or 2) conservative therapy of physiotherapy has been shown to be effective. This may include immobilization in a boot, followed by graded strengthening and balance exercises to restore full movement. For this type of ankle sprain, expect a longer rehabilitation time (8 – 24 weeks) compared to the of lower ankle sprain (1 – 4 weeks) as they play a stronger role in stabilising the ankle in high impact activities such as walking, running and jumping.

 

If you suspect you have suffered and ankle injury, no matter how bad you think it is, it is best to get it looked at by a qualified health professional. A thorough and graded rehabilitation can allow you to return to sport quicker and reduce the likelihood of re-injury in the future.

 

References:

Williams GN, Allen EJ. Rehabilitation of syndesmotic (high) ankle sprains. Sports health. 2010 Nov;2(6):460-70.

 


 

Why Do My Muscles Feel Sore After a Workout?

By Michael Stizza

 

You’ve just increased your running training or gone hard at the gym. Now the next day when getting out of bed, your muscles ache and it’s hard to get moving. Lots of us have experienced this phenomenon, and it has a name – Delayed onset muscle soreness (DOMS).

 

What is DOMS?

DOMS is post exercise muscle soreness. Typically, DOMS is a dull muscle ache that is worst 24 – 48 hours after an exercise bout. DOMS can result in a short-term loss of muscle strength, muscle stiffness, or cramping type pain. This pain is generally localised to the major muscle groups being used during your workout. For example, you may feel DOMS in your legs following a big run, or in your upper body after a heavy chest workout at the gym.

 

 

What exercises give you DOMS?

 

Exercise that is outside the usual intensity or duration your body is used to may cause DOMS.  For example, you may be running faster or longer than you have before or lifting heavier weights at the gym. Particular exercises, known as eccentric exercises are another common cause of DOMS. These are exercises where muscles are placed under load while increasing in length. Examples of eccentric movements are lowering the dumbbell in a bicep curl (biceps) or controlling your speed while descending stairs (quadriceps).

 

Physiology of DOMS

 

The actual physiological mechanism that causes DOMS is unclear. A popular explanation in the scientific literature is a repetitive microtrauma (microtears) to the muscles, which produce an inflammatory response – causing pain.

 

How to relieve DOMS pain             

 

Many different treatments have been suggested to improve DOMS. From foam rolling, stretching, massage, acupuncture, rest, ice or anti-inflammatories the fitness industry has tried it all! Once again the research on the topic is quite inconsistent, so it’s about finding out what works for you. Like always, the best treatment is prevention. Where possible monitor your workout intensity each week to ensure you are gradually increasing your load by only about 10% each week to lower your risk of getting DOMS.

 

What if my DOMS symptoms are not improving?        

 

If your DOMS pain in not improving after a few days, or you are finding it to be more prominent in one particular spot, it’s possible that you may have injured yourself during you last workout. Consult your local health professional to get yourself checked out before heading back to the gym.

 

References:

Connolly DA, Sayers SE, McHugh MP. Treatment and prevention of delayed onset muscle soreness. The Journal of Strength & Conditioning Research. 2003 Feb 1;17(1):197-208.

Andersen LL, Jay K, Andersen CH, Jakobsen MD, Sundstrup E, Topp R, Behm DG. Acute effects of massage or active exercise in relieving muscle soreness: randomized controlled trial. The Journal of Strength & Conditioning Research. 2013 Dec 1;27(12):3352-9.

 


 

Medial Collateral Ligament (MCL) Knee Injury

By Michael Stizza

 

 

What is the Medial Collateral Ligament (MCL)?

The MCL is on of the 4 stabilising structures of the knee. Running down the inside connecting your knee and connecting your femur (thigh bone) to your tibia (shin bone), it main function is to increase the stability of your knee by limiting sideways movement. MCL injuries are common in high impact and contact sports including football and soccer and can be due to a blow or collision to the outside of the knee.

 

Diagnosis

To diagnose an MCL sprain or tear, your physiotherapist will complete several tests aimed at stressing and stretching the MCL ligament to determine the location and severity of the injury. Further to this, they will try to see if any other structures have sustained injuries as it is common to injury your anterior cruciate ligament (ACL) or meniscus at the same time as the MCL. Dependent on the extent of the injury, imaging may be undertaken to help grade the injury and prognosis.

Typically, MCL injuries are graded from one to three:

  • Grade 1 – A partial tear (pain without laxity)
  • Grade 2 – A near complete tear (pain and laxity)
  • Grade 3 – A complete tear of the ligament

Prognosis

With grade 1 injuries, rest, taping and activity modification followed be a gradual strength and return to sport may be enough. More significant injuries such as grade 2 may require 4 – 6 weeks’ worth of bracing and physiotherapy before returning to sport. With the most severe of MCL tears (grade 3), the ligament may be unable to heal itself as it is non-functional. Grade 3 sprains may require surgical repair and rarely occur in isolation, so you may require surgical intervention for concurrent issues.

 

Overall, people who sustain an injury to their MCL have a good prognosis and often return to sport. If you suspect someone has injured their MCL, immediately rest, ice compress and elevated and book them in to see a qualified health professional who can arrange for the appropriate referrals and follow up.

 

References:

Kowalczuk M, Waldén M, Hägglund M, Pruna R, Murphy C, Hughes J, Musahl V, Lundblad M. Return to Play After Complex Knee Injuries: Return to Play After Medial Collateral Ligament Injuries. InReturn to Play in Football 2018 (pp. 509-524). Springer, Berlin, Heidelberg.

 


 

Osgood-Schlatter’s or Jumper’s Knee

By Michael Stizza

 

 

Knee pain in children is a common reason for missed game time or reduced sports participation at school. The active adolescent population, who are often playing multiple sports can be at risk of overuse injuries. Osgood-Schlatter’s refers to a specific diagnosis of knee pain in growing boys and girls that can interrupt their play time is not managed properly.

 

Osgood-Schlatter’s, often referred to as jumper’s knee, is common in sports where you have heavy impact and landings, such as basketball, or aussie rules football. One of the stand out characteristics is a prominent or enlarged bump just below the knee, at the top of the shin. Although initially alarming, the bump does not normally cause any long-term problems for the knee and typically resolved by itself over time.

 

What causes Osgood-Shlatter’s?

Repetitive jumping, landing and impact loading through the quadriceps (thigh) muscle is the main cause of this condition. This is due to traction, or pulling on the quadriceps muscles as it inserts into the bone. The cause of the bump is related to inflammation/irritation at tibial tuberosity (located at the top of the shin) around an immature growth plate. This is exacerbated by large growth spurts as muscles become tight when the bone growth around them.

 

Signs and Symptoms:

If you think your child is suffering from jumping related knee pain, look for the following signs and symptoms:

  • Local swelling at the tibial tuberosity (bump at the top of the shin)
  • Knee pain during, or following sports – especially those with lots of running/jumping
  • Pain with kneeling, or direct contact with the bump
  • Weak quadricep (thigh) muscles
  • Pain with stairs, or squatting
  • Tight quadricep and calf muscles

Management:

The good news for suffers is that this is typically not an ongoing problem, nor does it have long-term complications associated with it. Although it will eventually go away on its own, this may take up to 6 – 24 months and is very dependent on individual activity levels and growth spurts. A thorough assessment and treatment with a physio can improve symptoms and reduce time missed from sports. Things a physio may help you with are:

  • Soft tissue massage to relieve quadriceps tension
  • Taping to offload the patella tendon
  • A home exercise program consisting of foam rolling and massage (stretching may not be recommended)
  • Activity modifications
  • Running technique assessment and retraining
  • Jumping technique assessment and retraining
  • and lower limb strengthening

If you have concerns regarding any knee pain, get in touch and get it checked out so we can help to keep you, or your kids active and pain free.

 


 

Running: Common injuries, Risk factors and Biomechanical assessment

By Michael Stizza

 

 

Just started back running, or thinking about commencing a running program but concerned about injury? Many people with good intentions have started and stopped running programs due to ongoing niggles, or even more serious injuries. Here’s how physiotherapy may help you overcome these problems.

 

Running Injuries

 

Every professional and recreational runner loathes aches and pains that could be the start of an injury. Injuries of the lower limb are very common in regular runners and are the main reason for loss of training time and participation in events. Common running injuries include, but are not limited to:

  • ‘Runner’s knee’ – Patellofemoral pain
  • Achilles Tendinopathy
  • Hamstring strains and overuse
  • Plantar Fasciitis
  • Shin splint’s
  • Iliotibial band (ITB) friction
  • And lower limb stress fractures.

 

Physiotherapy can be an effective way to help reduce the risk of the above injuries or can help manage them early to help keep you running better, for longer.

 

Why do running injuries occur?           

Most overuse running injuries occur due to inappropriate training loads. This can mean increasing your load too quickly, or training inconsistently. Other risk factors can include:

  • Insufficient warm up
  • Inadequate recovery
  • Poor footwear
  • Muscular imbalance, or limb asymmetries
  • Poor running form (technique)

 

If you keep suffering from ongoing, or persistent injury concerns with your running, a full body assessment may be useful in improving any inconsistencies with your muscle flexibility, strength or technique.

 

What’s involved in a running assessment?

A comprehensive running assessment should look at the whole body as every muscle and joint is involved in generating power and maintaining efficiency during running. This may include:

  • Full exercise and past injury history
  • Current injuries/niggles
  • Lower limb and core strength assessment
  • Lower limb muscle length and flexibility assessment
  • Slow-motion video analysis of running technique

 

From this information, we can work on correcting the deficits linked to your injury history and give cues to improve your technique to reduce your risk of injury in the future.

 

Many of running’s common injuries risk factors can be modified through strength and technique improvements. Don’t let pain interrupt your training, come in and get assessed today to get back to running worry free.

 

 


 

Shoulder Pain: Rotator cuff tendinopathy

By Michael Stizza

 

 

So, you’ve got a sore shoulder and gone to have some scans. You’ve been told that you have a rotator cuff tendinopathy, but you’re not sure what that means. Don’t fret, you have come to the right place.

 

A rotator cuff (RC) tendinopathy is a common shoulder injury that comes on insidiously, with symptoms that can often be perceived as debilitating and prone to impacting daily activities and quality of life. Put simply, a rotator cuff tendinopathy is a general diagnosis of pain and discomfort of the shoulder relating to the rotator cuff.

 

What is the rotator cuff?

 

The rotator cuff is made up of of 4 muscles; supraspinatus, infraspinatus, subscapularis and teres minor. The function of these muscles is to rotate and stabilize the shoulder joint during all arm movements. When suffering from a RC tendinopathy, you may have damage, or irritation of the tendons of one, or multiple of the rotator cuff muscles. With dysfunction, or injury to the rotator cuff, you can have pain affecting how we move our shoulder and arm altogether.

 

How does it happen?

 

Due to their location and function, the RC tendons are prone to injury and overuse. The causes of overuse can be multiple and varied. The RC tendons are synergists (work together) with all the major muscles surrounding the shoulder. If there is an injury to, or weakness in one of the major muscles, the RC muscles can become overworked when trying to do the job of the larger muscles. As this occurs, the smaller rotator cuff muscles become overwork and can no longer adequately perform their stabilizing job for the shoulder joint. With altered stabilizing ability comes other symptoms such as irritation of the subacromial bursa (a fluid filled sac that decreases friction) or impingement signs, which cause pain with overhead activities.

 

Signs and symptoms of a rotator cuff tendinopathy:

Rotator cuff tendinopathies can present in many ways, but common signs and symptoms can be as follows:

  • Pain with overhead activities such as brushing your hair
  • Pain with arm movements
  • Tenderness when sleeping on the affected side
  • Generalised pain within the shoulder joint
  • Pain with functional activities such as getting dressed, or scratching your back.

Locating the primary origin of the problem is the first step in treatment. Your physiotherapist will look for imbalances or deficits around the shoulder to determine the cause of the problem. From here, treatment may involve manual therapy to reduce the tone, or tightness within the overworked muscles. Exercise prescription to restore full range of motion or strength to the shoulder joint and activity modification, reducing the strain on the shoulder for a short while. In some cases, your physio may use sports tape to support the shoulder while your symptoms settle, but long-term immobilization is not recommended for this problem.

 

It is best to seek treatment early for this problem as it is easier to correct when the symptoms are less, and the movement is still intact. So get in, get assessed, and get moving pain free today!


 

Diagnosis: Skier's thumb (Ulnar collateral ligament sprain of the thumb)

 

By Michael Stizza

 

As the cold creeps in and the snow starts to fall in the alpine regions, now is an appropriate time to talk about the aptly name skier's thumb injury. Skier's thumb, gamekeeper's thumb or simply a thumb sprain all refer to the same injury - Injury to the ulnar collateral ligament of the thumb (pictured below).

 

 

Skier's thumb is the most common injury to the thumb and it occurs when there is trauma or force directed to your thumb pushing it into hyperextension. The name skier's thumb comes from when people fall with ski poles in their hand, hitting their thumb on the ground and hitting it with a lateral force. The name gamekeepers thumb is when a ball hits the end of your thumb during sports like aussie rules, cricket or soccer - most commonly the goalkeeper.

 

Following a direct blow to your thumb, you may feel intense pain in your thumb joint. Other signs any symptoms include:

  • Pain when bending the thumb backwards (hyperextension)
  • Pain in the thumb webspace with range of motion
  • Swelling at the base of the thumb
  • Feelings of instability or loss of confidence when gripping or holding a ball
  • Pain and instability when pinching
  • Pain or laxity in thumb or ligament stress tests (pictured below)

 

Treatment:

 

Physiptherapy management of a thumb sprain is determind by the grade of strain. Strains can occur from minor strain to complete rupture. Generally, physiotherapy treatment with include:

  • Splring or taping for proctection during the healing phase
  • Thumb range of motion exercises
  • Stregnthening the grip of thumb
  • Sport specific rehab
  • Education
  • And avoding aggravating activites.

In severe cases, you can rupture this ligament in your thumb. This may or may not hurt but will cause excess joint movement, swelling and instability. When unsure, it is best to seek advise as a scan may be needed to determine the presence of a Stener lesion. A Stener lesion is when the ruptured portion of the ligament retracts, this required surgical fixation. However, if a complete rupture is present without a Stener lesion, conservative therapy may be successful.

 

If you have suffered an inkury to your thumb, consult your local physio or hand therapist to determine an action plan. This willreduce the risk of recurrent problems, feelings of instability and risk of osterarthrisitis in the future.

 

 


 

Thinking About Clinical Pilates?

By Michael Stizza

 

 

 

Clinical pilates is a well-researched and effective method of injury rehabilitation, prevention, general health, strength and wellness. Clinical pilates is delivered by highly qualified health professionals including physiotherapists and can assist in the rehabilitation and prevention of long term, hard to treat injuries or problems. Clinical pilates combines the use of floor exercises, reformer machines and trapeze tables to create a safe and specific rehabilitation program to suit your individual needs.

 

Who will benefit from Clinical Pilates?

Anyone can benefit from clinical pilates! Common concerns clinical pilates can work for are:

  • Pre and post-surgical rehabilitation
  • Back and neck pain
  • Expecting and new mothers
  • Repetitive, long term injuries
  • Chronic joint aches and pains
  • Osteoarthritis
  • General health and fitness
  • Injury prevention
  • Sports injury and performance

What to expect:

If you are interested in beginning clinical pilates, book an initial appointment with your physiotherapist. Here they will complete a full assessment to ensure you are working together to suit your needs. Typically, an initial 1:1 session will be used to determine your injury history, background, current injury, strength or range of motion deficits and goals. Then, once this is complete, your physiotherapist will take you through individually chosen exercises on reformer machines, marking the start of your clinical pilates journey. From here, another 1:1 session may be needed to allow you to become familiar with the equipment and exercises prior to joining groups.

 

Why you should join clinical pilates:

  • Promotes body awareness
  • Improves strength of all major muscle groups and core
  • Reduced strain on your joints
  • Improves day to day functioning
  • Improves balance and mobility
  • Its specific and individualised to suit your needs

Clinical pilates is great amongst people of any ages, with most having improvements in function or return to sport. If you would like further information about clinical pilates, call, or book an initial assessment and get yourself back to the things you want sooner!

 

 


 

Heel Pain in Kids: Sever’s Disease

By Michael Stizza

 

 

Sever’s disease is the most common cause of heel pain in the growing athlete. Sever’s disease’s technical name is calcaneal apophysitis. This means that there is pain and inflammation around the growth plate (epiphyseal plate) in the heel. The heel growth plate is surrounded by soft tissue attachments, the most commonly implicated attachments are the achilles and plantar fascia. During time of rapid growth, there is increased stress on the growth plate, which can cause traction or pulling of the growth plate which makes it very sore and inflamed.

 

Clinical Presentation:

Typically, you child may complain of pain in one or both heels when running or walking. Pain is mostly located on the back of the heel where the achilles attaches to the bone. Squeezing the heel on either side normally elicits pain, and a child’s pain in often relieved by walking on their toes – limping. Sever’s is likely to become worse in periods of rapid growth. For girls, this is most commonly around the ages of 8 – 10 and for boys, 10 – 12 years old.

 

 

Treatment:

There are many different treatment options for Sever’s and are often considered varied on a case by case basis. Some treatment modalities include:

  • Reduce game time or rest from games while recovering
  • Ice or heat over the affected area
  • Calf stretching
  • Dorsiflexion strengthening
  • The use of orthotics or heel cushions under the foot for added support (or taping if inserts not tolerated

In most cases Sever’s will resolve without any long-term complications. It is, however, important to correct any risk factors found by your local physiotherapist to reduce the likelihood or this problem reoccurring in the future.

 

References:

Scharfbillig RW, Jones S, Scutter SD. Sever’s disease: what does the literature really tell us?. Journal of the American Podiatric Medical Association. 2008 May;98(3):212-23.

 

 


 

Hip pain – Diagnosis: Gluteal Tendinopathy

By Michael Stizza

 

 

A gluteal tendinopathy is a common cause of outer hip pain. Gluteal tendinopathy affects the tendon that connects your gluteal (hip and buttocks) muscles to your hip bone. Typically, gluteal tendinopathies gradually onset and it may be difficult to determine what originally caused the pain.

       

Gluteal tendinopathy affects more women than men with some estimations being as high as 4:1. Several other risk factors have been proposed for gluteal tendinopathy including: women over the age of 40, increased body weight, long term back pain, biomechanical or strength deficits.

 

If you are suffering from outer hip pain and think it may be a gluteal tendinopathy, look for the following signs and symptoms:

  • Pain in the outer hip region
  • Sore to touch down the outside of the hip
  • Reduced hip muscle strength
  • Stiff hips
  • Outer hip pain when walking up or down stairs
  • Pain when lying on the affected side when sleeping
  • Increased pain when using the tendon like with walking

Diagnosis of a gluteal tendinopathy can be done by your local physiotherapist. A physiotherapist will be able to provide you with some activity modifications, exercises and education to assist with improving the pain and get you moving better. Treatments should never completely rest an irritated tendon but aim to modify activities within pain limits.

 

 

Tips for managing gluteal tendinopathy:

  • Reduce aggravating activities such as stairs
  • Alter aggravating activities – avoid sleeping on the affected side or sleep with a pillow between your knees
  • Begin a specific strengthening program to improve the strength and control around your hip – especially your hips
  • Gradually build up your exercise tolerance to stop your tendons and muscles from getting overloaded

If you think you are suffering from this condition, it is best to get it checked out sooner rather than later to find out what needs to be done to improve you symptoms.

 

References:

Grimaldi A, Fearon A. Gluteal tendinopathy: integrating pathomechanics and clinical features in its management. journal of orthopaedic & sports physical therapy. 2015 Nov;45(11):910-22.

 

 


 

Acromioclavicular (AC) joint injury

By Michael Stizza

 

The acromioclavicular joint is the joint between your collar bone and shoulder blade. The AC joint is recognized as a slight protrusion above the shoulder. A cardinal sign of AC joint injury is separation, or enlargement of this protrusion as compared to the non-affected shoulder (as seen below). Injury to the AC joint can lead to pain, limited shoulder movement and instability.

 

 

What causes an AC joint injury?

The AC joint is typically injured through a blow or trauma to the shoulder. These commonly occur in sports where two players collide with a bump, or a player is tackled to the ground and their shoulder is driven into the ground. You can also stretch the ligaments by falling on an outstretched hand.

 

What to look for:

  • Pain on the top of the shoulder
  • Aggravation of pain with lifting arm above head or across the body
  • Swelling/ bruising around the AC joint
  • A visible lump or deformity at the end of the collar bone that may indicate separation of the AC joint (as seen above).
  • Traumatic blow to shoulder for mechanism of injury
  • Pain when touching or pressing the AC joint

Severity of AC joint injury can be graded into three classifications (see diagram below):

  • Grade 1: Partial damage to the acromioclavicular ligament
  • Grade 2: Complete rupture of the acromioclavicular ligament and partial tear of the coracoclavicular ligament – possible deformity of the AC joint
  • Grade 3: Complete tear of the acromioclavicular AND coracoclavicular ligament – visible deformity of AC joint

 

Management:

For immediate management it is important to follow the R.I.C.E. protocol, that is rest, ice, compression, elevation. Then go to your local health professional for assessment. Here they will be able to determine severity and prognosis of the injury.

Your physiotherapist will then provide an individualised rehab program for you to undertake that will aim to restore full function. This will include joint range of motion exercises, strengthening, proprioceptive training as well as advise on when and how to return to exercise. In some cases, for grade 3 AC joint injuries, you may be referred to a shoulder surgeon for an opinion on whether surgical or conservative management would be appropriate.

For more information, ask you local physiotherapist for advice.

 

 


 

Jaw pain: Understanding Temporomandibular Joint Pain

By Michael Stizza

 

 

 

The temporomandibular joint (TMJ) is not commonly spoken about when coming to the physio, so you are forgiven if you don’t know where it is. There are two TMJ’s in the body and they are located on either side of your jaw. The TMJ is active when you are:

  • Chewing
  • Swallowing
  • Talking
  • Yawning
  • And many more

The TMJ is the most used joint in the body so it is common to have some jaw pain every now and then. In fact, 75% of us will experience jaw pain throughout our lives, which can be directly linked to our TMJ. Luckily, TMJ pain is mostly self-resolving over time, however, input from physiotherapy may help to speed up this process and give you relief faster.

 

 

What to look for:

People with TMJ dysfunction may have pain with any of the movements listed above. It is also common for people to suffer from other symptoms such as headaches, dizziness, ear pain and neck pain. The cause of TMJ pain can vary, but it is often linked to clenching or grinding of the teeth. This may be a consequence of daily stressors, anxiety or depression.

Sufferers of TMJ pain may, or may not feel pain in their jaw. Other indicators of TMJ dysfunction include:

  • Clicking
  • Popping 
  • Grinding 
  • Limited opening or 
  • An inability to fully clench your jaw

Some TMJ disorders can be diagnosed and treated by physiotherapy. Your physiotherapist will complete a full assessment to determine the origin of your jaw pain. They will then provide manual therapy, exercises and education to relieve your jaw pain. If your jaw pain is not amenable through physiotherapy, they can point you to the right health professional to assist with your pain. Other non-physiotherapy treatments can include splinting, surgery and medications.

While waiting to have your jaw assessed by your health professional, its important to avoid eating hard foods, stretching your jaw open wide (as with yawning), chewing gum, leaning on your jaw, stress and biting your nails. This may help reduce your symptoms in the short term while you are seeking treatment.

 

References:

Scrivani SJ, Keith DA, Kaban LB. Temporomandibular disorders. New England Journal of Medicine. 2008 Dec 18;359(25):2693-705.

 


Piriformis Syndrome

By Michael Stizza

 

What is it?

Piriformis syndrome refers to a pain in the hip, buttock and down the leg that occurs when the sciatic nerve is compressed by a small muscle at the back of the hip - Piriformis. This may occur when is overworked causing it to become tight, compressing the sciatic nerve, which runs behind it.

 

 

 

What are the symptoms?

Piriformis typically has a combination one or more of the following symptoms:

  • A dull ache in the buttock
  • Sciatica symptoms - Pain down the back of the leg, including the thigh, calf and foot
  • Pain with prolonged sitting, or walking
  • Reduced hip range of motion
  • Pain is typically one sided
  • Pain, tightness, tingling and numbness can all be symptoms of Piriformis syndrome

What causes it?

Most commonly, overworking the Piriformis muscle is the cause of this syndrome. This may occur if you have weakness in your gluteal, or deep hip stabilising muscles. Other reasons include: 

  • Unaccustomed workouts – engaging in a lot of unfamiliar exercise. This may overwork the Piriformis muscle
  • Lower back of hip joint pain or stiffness
  • Repetitive lower limb movements with running or walking
  • Prolonged sitting
  • Trauma to the Piriformis musle

How is it treated?         

Piriformis syndrome is treated in a variety of ways by your physiotherapist. Most people will have success with conservative therapy alone with common treatment modalities found below:

  • Avoiding individual aggravating activities – repetitive bending, lifting, walking or prolonged sitting
  • Restoring pain free joint movement
  • Massage to help reduce pain and spasm in the Piriformis muscle
  • Stretching program for the Piriformis and surrounding muscles
  • Correction of running technique
  • Hip strengthening to offload the Piriformis muscle

Each individual may require a different combination of the above treatments in order to relieve their symptoms. If you have these symptoms listed, consult your local health professional for advice.

 

References:

Kirschner JS, Foye PM, Cole JL. Piriformis syndrome, diagnosis and treatment. Muscle & nerve. 2009 Jul 1;40(1):10-8.

  


 

Vertigo (BPPV) – What Is It and How Can It Be Treated?

By Michael Stizza

 

Vertigo is an overwhelming feeling of dizziness like you are being spun around on a desk chair, even when you are not moving. This is often accompanied by feelings of nausea and sickness in the stomach. Physiotherapy is not often the first point of call for people with vertigo symptoms but find out below how physio may be able to help you!

 

 

What is vertigo (BPPV)?

Benign Paroxysmal Positional Vertigo is one of the most common causes of vertigo. Typically, BPPV symptoms come on insidiously, but can also be as a result of trauma to the head or ear, infection or degenerative changes associated with ageing. 

 

The symptoms of BPPV may include:

  • Dizziness – feeling that the room is spinning, or that you are on a rollercoaster
  • Blurred vision
  • Loss of Balance
  • Nausea
  • Vomiting

Thankfully, in most cases of BPPV, symptoms will usually subside in around 6 months. However, physiotherapy intervention can help you overcome these symptoms faster and get you back to your daily life earlier.

 

What can be done about BPPV?

BPPV is easily recognized, diagnosed and treated by your local physiotherapist. Just like with any other muscle or joint problem you may have; your physio can test to determine whether you will have success with treatment for BPPV. From here, treatment includes undergoing a repositioning procedure known as “Epley’s maneouver”. This maneouver may initially provoke your symptoms but will get you feeling much better by the end of the treatment session. Epley’s maneouver involves moving your head in certain positions and aims to dislodge the crystals in your inner ear so they are not disrupting your balance.

 

As nausea and vertigo symptoms can have many different origins, it is important to visit your physiotherapist to determine whether they can help reduce your symptoms. If your vertigo is caused by BPPV, physiotherapy has shown to be successful for treatment. However, if symptoms persist, you may need to consult your GP for further investigation.

 

References:

Desai DS, Chauhan AS, Trivedi MN. Role of modified Epley’s maneuver and Brandt-Daroff exercises in treatment of posterior canal BPPV: a comparative study. Int J Physiother Res. 2015;3(3):1059-64.

Male A, Beith I, Ramdharry G, Davies R, Grant R. Learning to manage Benign Paroxysmal Positional Vertigo–preferred methods, challenges and recommendations of physiotherapists interested in vestibular rehabilitation. Physiotherapy. 2016 Nov 1;102:e118-9.

 


 

Headaches: How can physiotherapy help you?

By Michael Stizza

 

 

Headaches come in many forms, but did you know that some types of headaches can be treated through physiotherapy? A sub-group of headaches, known as cervicogenic headaches are a type of referred headache that comes from dysfunction around the neck.

 

 

What can cause cervicogenic headaches?

There are many different causes for headaches that can occur. By looking out for these clinical signs you can see whether you may be suffering from a cervicogenic headache:

  • Stiff neck joints: Stiffness can manifest as a loss of range of movement in the neck. This may be caused by injury, arthritic changes or straining your neck in an awkward position
  • Poor Posture: Cervicogenic headaches have been linked to poor posture, so if feel you have poor posture and often get headaches while working at a desk, you might get some relief with physiotherapy.
  • Weak neck muscles: If you have weakness around you neck and upper back muscles you may be more likely to suffer from cervicogenic headaches
  • Tight neck muscles: If you are a long-time headache sufferer and always feel tight through your upper back and neck, this may be the cause of your headache.

Physiotherapy treatment for cervicogenic headaches:

A physiotherapist will be able to determine whether your headaches is being referred from the neck joints or surrounding muscles through a hands-on assessment. Physiotherapy treatment for cervicogenic headaches is safe and shown to be effective. Treatments will be tailored to correct the deficits found on assessment.

These may include:

  • Cervical spine mobilization techniques
  • Muscle massage and trigger point therapy
  • Strengthening exercises
  • Range of motion exercises
  • Postural correction and education

With these types of headaches, the sooner you seek treatment, the sooner you will feel relief. When left longer, it becomes harder to correct the deficits and relieve your symptoms. So, consult your local physiotherapist today and get relief from your persistent headaches!

 

 

References:

Bogduk N, Govind J. Cervicogenic headache: an assessment of the evidence on clinical diagnosis, invasive tests, and treatment. The Lancet Neurology. 2009 Oct 1;8(10):959-68.

Chaibi A, Russell MB. Manual therapies for cervicogenic headache: a systematic review. The journal of headache and pain. 2012 Jul 1;13(5):351-9.

 


 

Achilles Tendon Pain

By Michael Stizza

 

 

The Achilles tendon is the prominent tendon at the back of your lower leg that serves to attach your calf muscle to your heel bone. It’s role is to assist with pushing off when walking, running or providing you with power during a jump of hop. The Achilles tendon is often the cause of lower limb and heel pain, with a diagnosis of an Achilles Tendinopathy being the most common. Achilles Tendinopathy is a widespread problem that happens to sports and recreational athletes. It occurs as a chronic overuse injury that that may come on insidiously and, at worst, can impact your ability to engage in regular daily activity.

 

 

Below is what you should look for if you are experiencing pain in this region.

 

Signs and symptoms of Achilles tendinopathy:

  • Pain in the Achilles tendon or back of the heel
  • Increased pain when using the tendon while walking, running or jumping
  • Stiffness and pain in the Achilles when getting out of bed or getting out of the car from a long drive
  • Tenderness, swelling or warmth in the Achilles region

Risk factors for Achilles tendinopathy:

There are several risk factors that may make you more likely to suffer from Achilles related injuries. Fortunately, many of these can be modified to reduce your symptoms. These include:

  • Increasing training load too soon (Aim to increase workouts by no more than 10% per week)
  • Training on hard surfaces (e.g. bitumen rather than grass)
  • Flat feet
  • Tight hamstring or calf muscles
  • Unsupportive footwear
  • Poor strength and control of calf muscles

How to improve Achilles tendinopathy

  • As an Achilles tendinopathy is a chronic overuse injury, the first way to help reduce the pain is to rest the affected limb. Depending on the severity of the injury, this can range from complete rest, to resting only from aggravating levels of activity.
  • Massage the calf muscles to reduce tightness and relieve the pressure on the Achilles
  • Pain reducing exercises – your physiotherapist can prescribe you exercises that help to reduce the pain in your Achilles to aid your recovery
  • Strengthening of the calf muscles
  • Stretching of the calf muscles in the end stages of recovery

If you are experiencing any pain in your Achilles tendon, it is best to consult your physiotherapist sooner, rather than later, as they can provide you with simple strategies to ensure this does not progress to a chronic problem.

 

 

References:

Magnussen RA, Dunn WR, Thomson AB. Nonoperative treatment of midportion Achilles tendinopathy: a systematic review. Clinical Journal of Sport Medicine. 2009 Jan 1;19(1):54-64.

Stephenson M. (2015) Causation and risk factors of Achilles Tendinopathy.

 

 


 

Anterior Cruciate Ligament (ACL) Reconstruction

By Michael Stizza

 

ACL injuries are common in sports where there is lots of twisting and changing directions. This year, we have seen an unprecedented amount of ACL injuries in sports with many occurring in the AFL Women’s competition. Although conservative treatment can be successful in some populations, players wanting to return to high-level sports or activity may elect to have an ACL reconstruction.

The ACL is a large ligament located in the knee that is responsible for keeping the knee stable during twisting, cutting and changing directions. ACL injuries usually occur in the sporting environment, with about 80% of these being “non-contact”. The usual mechanism of injury is when rotating whilst landing from a jump. Some signs and symptoms of ACL injury usually include:

  • A loud “pop” or “popping” sensation in the knee
  • Severe pain and inability to continue activity
  • Diffuse knee swelling within hours of injury
  • Loss of range of motion
  • Feelings of instability or the knee “giving way” with weight bearing

When an ACL injury is suspected, a physio or sports doctor will assess the knee for instability. If the knee is unstable with these specific tests, an MRI can diagnose injury to the ACL and surrounding structures. If you are hoping to get back to high level sports and choose to have a reconstruction, prepare yourself for intensive pre and post-op rehabilitation.

 

Pre-op exercises

 

Optimal timing for ACL reconstructions are about 3 weeks post-injury. During this time, your muscles begin to lose their strength rapidly. It is important to maintain adequate core and lower muscle strength prior to your operation as this is directly linked to better outcomes post-surgery. A comprehensive prehab program should include:

  • 3 days of cardio training per week (low-impact, straight line movements like cycling)
  • Strength exercises for all lower limb muscle groups (quadriceps, calves, glutes, hamstrings)
  • Balance and proprioception exercises (single leg standing and other balance tasks)

Post-op rehabilitation

ACL rehab is a lengthy process, typically taking around 9-12 months before the injured athlete can return to sport. Rehab from surgery should be criteria driven, rather than time driven as this will allow for safe return to sport with reduced likelihood of reinjury. ACL rehab can be broken down in 5 phases:

  1. Recovery from surgery
  2. Strength and neuromuscular control
  3. Running, agility and landings
  4. Return to sport
  5. Prevention of re-injury

Each person can progress through the phase at different rates. Therefore, comprehensive rehabilitation programs, with the assistance of a physiotherapist is necessary to ensure safe return to sport, or daily life with greater confidence.

 

 

References:

Cooper R. ACL Rehabilitation Guide.

Evans S, Shaginaw J, Bartolozzi A. ACL RECONSTRUCTION‐IT'S ALL ABOUT TIMING. International journal of sports physical therapy. 2014 Apr;9(2):268.

Hewett TE, Di Stasi SL, Myer GD. Current concepts for injury prevention in athletes after anterior cruciate ligament reconstruction. The American journal of sports medicine. 2013 Jan;41(1):216-24.

Shaarani SR, O’Hare C, Quinn A, Moyna M, Moran R, O’Byrne JM. Effect of Prehabilitation on the Outcome of Anterior Cruciate Ligament Reconstruction. Am J Sports Med. 2013;41(9):2117-2127.

 

 


 

Hamstring Injuries and Prevention 
By Michael Stizza

 

Hamstring Injury

 

As preseason ends and winter sports like footy and soccer begin the home and away season, the training intensity begins to rise and the so does the frequency of soft tissue injuries. The dreaded hamstring tear will no doubt be on the minds of many players and coaches and is always a major contributing factor to lost time on the playing field.
The hamstring group is found on the back of the thigh and is made up of 3 different muscles – semitendinosus, semimembranosus and biceps femoris. Injuries to the hamstrings typically occur with powerful, or stretching movements during sprinting, kicking or changing directions.


Prevention


There is no amount of training that is 100% guaranteed to prevent a hamstring strain, however, there are some helpful strategies that may reduce the likelihood of injury.

 

  • Warm up thoroughly – get the blood pumping in your legs by warming up effectively. This can include general running and sprinting, dynamic movements and sports specific drills like kicking and changing directions.
  • Be specific in your training – train how you play! Muscles, joints and ligaments become stronger when placed under load. If your training matches the movements and intensity of game day, your body will be ready for action and less likely to be injured.
  • Monitor workload – the beginning of the season is always a significant increase in intensity, but it’s important to manage your workload to ensure you’re not getting overuse soft tissue injuries, or muscle tears. Generally, increasing training load by approximately 10% each week is helpful in reducing the risk of injury.
  • Strengthen your hamstrings – Research has shown that strengthening your hamstring muscles is important in reducing injury. A specific type of exercises called eccentric exercises are particularly helpful when looking to prevent hamstring tears. This is where the muscle is working as it is getting stretched. A common exercise that is popular in with elite clubs is the Nordic hamstring exercise (shown on the right). Others may include straight leg deadlifts or eccentric hamstring bridges.

           Hamstring Exercise

If you think you have suffered a hamstring strain, follow the basic P.O.L.I.C.E. principles as follows:

  • Protection – Avoid further tissue damage
  • Optimal Loading – Don’t be fearful of movement. Optimal loading is about finding the right exercise that will aid recovery. This may be range of motion exercises for swelling, or light weight bearing with crutches.
  • Ice – This will reduce the pain and swelling and is very important in the first 72 hours.
  • Compression – Compression reduces further swelling.
  • Elevation – Decreases blood flow and lessens the buildup of fluids.

 

Following this, book an appointment with your local physiotherapist as soon as you can to ensure you are back out on the field ASAP.

 


References:
Freckleton G, Pizzari T. Risk factors for hamstring muscle strain injury in sport: a systematic review and meta-analysis. Br J Sports Med. 2012 Jul 1:bjsports-2011.
Heiderscheit BC, Sherry MA, Silder A, Chumanov ES, Thelen DG. Hamstring strain injuries: recommendations for diagnosis, rehabilitation, and injury prevention. journal of orthopaedic & sports physical therapy. 2010 Feb;40(2):67-81.
van der Horst N, Smits DW, Petersen J, Goedhart EA, Backx FJ. The preventive effect of the nordic hamstring exercise on hamstring injuries in amateur soccer players: a randomized controlled trial. The American journal of sports medicine. 2015 Jun;43(6):1316-23.

 


 

Ankle Sprains: External braces - do they help?

By Michael Stizza

 

 

Ankle sprains are one of the most common musculoskeletal injuries and are responsible for many emergency department visits each year. Put simply, an ankle sprain occurs when you roll your ankle and stretch or tear the ligaments on the outside of your ankle joint.

Common symptoms of ankle sprains include:

  • Bruising and swelling on the outside of the ankle
  • Pain when touching the area
  • Inability to weight-bear
  • In some severe cases you may also hear a “pop” or feel unstable through your ankle joint.

 

Ankle sprains can range in severity from minor, which typically improve in a few days, or severe, which may require surgery and months of rehabilitation.

If you have injured your ankle and think it might be sprained, a physiotherapist can diagnose and treat your ankle. A physio can asses the stability of the ligaments in the ankle and help manage the symptoms and rehabilitation. A physio will aim to:

  • Reduce pain and swelling
  • Improve joint range of motion
  • Restore normal ankle movement
  • Improve joint stability
  • Return you to sport or activity and
  • Provide you with management strategies to reduce the chance of reinjury

Preventing recurrence

The number one predictor of ankle sprains is a previous ankle sprain, this means if you have sprained your ankle before it’s more likely to happen again. In order to reduce the rate of recurrence, a thorough rehabilitation program is needed to improve the strength and proprioception (balance) in your foot and ankle.

If you have sprained your ankle before, or looking for preventative exercises, balance training is the way to go. Research shows that when balance tasks are not included in a rehabilitation program, you are more likely to reinjure your ankle. Once you have pain free movement and weight bearing, your physiotherapist will begin proprioceptive (balance) training. A simple exercise is standing on your affected leg and balancing on one foot, which can be difficult after an ankle sprain. Proprioceptive exercises will then be made progressively harder as you improve with each session.

 

Do ankle braces help?

There has been a lot of interest surrounding ankle braces and whether they are effective in reducing the rate of ankle reinjury. Studies show that using external ankle support (tape or braces) do help to reduce the risk of reinjury. They do this by providing extra support and stability to the ankle joint and allow for better sensory feedback to let the brain know if the ankle is in a risky position. With the question of ankle brace vs tape, it’s a matter of preference. However, a few things to note are:    

  • Tape needs to be applied before each bout of activity, whereas ankle braces can be washed and reused. This may make purchasing an ankle brace more cost effective in the long term.
  • There is also evidence that shows braces are more likely to hold their shape if applied correctly, whereas tape may loosen after 10 minutes and provide minimal support at 30 minutes. Although there may still be some sensory feedback benefits after this time.

If you are having trouble with repeated ankle injuries or sprains, ask your physiotherapist about braces and taping for returning to sport. But remember this should be accompanied with a rehabilitation program for the best possible outcome.

 

 

References:

Doherty C, Delahunt E, Caulfield B, Hertel J, Ryan J, Bleakley C. The incidence and prevalence of ankle sprain injury: a systematic review and meta-analysis of prospective epidemiological studies. Sports medicine. 2014 Jan 1;44(1):123-40.

Dizon JM, Reyes JJ. A systematic review on the effectiveness of external ankle supports in the prevention of inversion ankle sprains among elite and recreational players. Journal of science and medicine in sport. 2010 May 1;13(3):309-17.

Martin RL, Davenport TE, Paulseth S, Wukich DK, Godges JJ, Altman RD, Delitto A, DeWitt J, Ferland A, Fearon H, MacDermid J. Ankle stability and movement coordination impairments: ankle ligament sprains: clinical practice guidelines linked to the international classification of functioning, disability and health from the orthopaedic section of the American Physical Therapy Association. Journal of Orthopaedic & Sports Physical Therapy. 2013 Sep;43(9):A1-40.

 

 


 

Pilates for sport

 

"Whether it's in team sports such as rugby or football, individual sports like tennis/athletics or endurance events (marathon running or rowing for instance), Pilates is playing a bigger and bigger role in elite sports."

 

Link to article : https://www.ten.co.uk/pilates-for-sport/

 


 

Effects of Taping on Performance and Safety

 

"You might not see it as much in a standard recreational gym, but in the sports setting wrapping the ankles is a common practice"

 

Find why and more here: https://breakingmuscle.com/fitness/effects-of-ankle-taping-on-performance-and-safety

 

 


 

Tips on preventing shin splints

 

"If your a frequent runner, I'm sure you've experienced the painful strain in your shins from constant pounding and running. Over time, this pain can lead to shin splrints which can slow down the training process"

 

To find out more: https://urbanmile.blog/2017/08/16/preventing-shin-spints/

 


 

How important is proper exercise technique?

 

Phillip Heath on the importance of proper lifting techniques, and how his training has evolved.

 

"It's crucial. You have to first learn how to do exercises correctly. Then you have to constantly monitor your form to make certain you're doing things properly for your particular body type. Everyone says practice makes perfect."

 

For more: www.flexonline.com/training/phil-heath-proper-technique-and-back-training

 

 

 


 

Stretches to releave tension.

Stretching is a vital part of your fitness routine.

 

"There are many factors that can limit or enhance movement, including prior tissue damage, strength, stability around the joint and, of course, flexibility." says Lisa Wheeler. "That's where stretching comes in. If the muscles around the joint arent flexible, it's difficult to move efficiently."

 

Find out 15 great stretches and more infomation here: www.health.com/fitness/everyday-stretches