Runners of All Levels Can Benefit from a Running Assessment

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By Ryan Davey, Podiatrist, Shepparton

 

Running is one of the most accessible forms of exercise. But behind every stride lies a complex interaction of movement, muscle control, and force absorption that, if not optimised, can lead to performance plateaus or injury.

Whether you’re a weekend jogger, competitive athlete, or someone looking to return from injury, a Running Assessment offers powerful insights to keep you running stronger, safer, and smarter.

At GV Sportscare Shepparton, we’re proud to offer comprehensive running assessments that go beyond just watching you run. Here’s what it’s all about and why it’s worth considering, no matter where you are in your running journey.

Why Is Running Gait Analysis Important?

Running is incredibly healthy, but it’s also a common source of musculoskeletal injuries. In fact, injury prevalence in runners ranges from 18–92% depending on the population and context. Most injuries stem not from the act of running itself, but from how your body handles the repetitive loads placed on joints, tendons, and muscles (Barton et al., 2016).

Research led by Prof. Christian Barton At Latrobe University  suggests that injury is rarely the result of one factor. Rather, it’s the outcome of a mix of load-related, biomechanical, and sometimes psychological contributors (Barton, 2017).

“Running gait” refers to the sequence of movements your body makes when you run, specifically the cycle of your legs during each stride you take while you run.

 

A gait assessment helps identify:

  • Movement patterns that may overload certain tissues
  • Areas of weakness or poor control (e.g. at the hip, knee, or ankle)
  • Potential inefficiencies affecting your performance

We don’t assess your running just for the sake of it – we assess to better target our interventions so that we can be confident that they add real value to your training or rehab.

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How Do We Perform a Running Gait Assessment?

Depending on the runner and their goals, we may assess:

  • Treadmill running: Ideal for high-speed video analysis, cueing, and real-time retraining.
  • Overground running: Useful when symptoms arise only overground or at specific paces or distances.
  • Economy vs Performance vs Pain Triggers

We’ll consider:

  • Running economy for distance runners (how your muscles utilise oxygen while you run)
  • Performance mechanics for speed-focused athletes
  • Pain-based assessments, analysing form during the pace or distance that tends to aggravate your symptoms

This means some runners may be assessed at a comfortable jog, while others may run at race pace, uphill, or with a particular shoe or orthotic – whatever best recreates your natural movement and symptoms.

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What Should You Expect?

 

Verbal and Visual Cues

A subtle change in technique can have a big impact. Research suggests gait retraining should follow motor learning principles, including faded verbal feedback, mirrors or video, and continued progression in practice.

Strength & Conditioning Recommendations

If biomechanical faults are identified, we often prescribe targeted strength and conditioning. These are not generic gym routines – they’re tailored to your specific needs, and might include:

  • Hip strength and power drills for runners with patellofemoral pain or dynamic knee valgus (Nunes et al., 2018)
  • Gluteal and calf strength for Achilles or tibial stress-related pain (Beattie et al., 2014)
  • Foot and ankle mobility/stability work for overpronation or plantar fasciitis (Seitz et al., 2014)

Strength training alone has been shown to improve:

  • Running economy
  • Time-trial performance
  • Anaerobic power (vMART) in endurance athletes (Beattie et al., 2014)
    = strength training makes you run faster and better

We follow a process supported by strong evidence and led by expert clinical reasoning.

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The Role of Load Management

Running technique is important, but understanding your current training load and how it interacts with your body’s capacity is the cornerstone of injury prevention and rehab.

  • Reduce overall load if needed
  • Improve your body’s capacity to tolerate it
  • Shift the load away from sensitive structures
  • Keep adapting to your goals and context

Load management strategies may include:

  • Modifying your weekly training structure
  • Introducing cross-training or active recovery
  • Use evidence based progression models to ensure you aren’t increasing load too quickly.

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What About Footwear and Orthotics?

Shoe choice can influence mechanics, but it’s rarely the sole factor (pun intended!).

We consider:

  • Strike pattern (heel vs midfoot vs forefoot)
  • Pronation/supination tendencies
  • Stiffness and drop of the shoe

Sometimes changing shoes can offload sensitive tissues, but more often, footwear is one piece of a broader plan. Orthotic therapy may be used in cases where there are chronic injuries or other complex issues.

running assessment injury

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So, who are running assessments for?

Everyone.

That’s not a cliché – it’s supported by the literature:

  • Recreational runners: Often show biomechanical patterns that can be improved, even without pain
  • Competitive runners: Looking for performance edge and injury resilience
  • Post-injury runners: Needing a safe, structured return
  • Triathletes: Who often show unique gait patterns following cycling due to altered hip/pelvis dynamics (Rendos et al., 2013)

Many runners think gait analysis is only for when you’re injured. That’s simply not true. In fact, many performance gains come from improving neuromuscular control, movement economy, and mechanical efficiency – all of which can be assessed and addressed in a gait assessment session.

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Are You Ready to Run Better?

A gait assessment is not about fixing every flaw. It’s about finding meaningful, individualised ways to help you run more efficiently, stay injury-free, or finally break through a plateau.

At GV Sportscare Shepparton, we take a personalised, evidence-informed approach—bridging biomechanics, clinical reasoning, and practical strategies to support every runner’s journey.

📞 Book your assessment today and take the next step in your running performance. Book online or call 03 58977044 to book a Running Analysis.

 

– Ryan Davey, Podiatrist, Shepparton

 

 

 

 

 

 

 

 

 

 

 

 

BIBLIOGRAPHY

Beattie, K., Kenny, I. C., Lyons, M., & Carson, B. P. (2014). The effect of strength training on performance in endurance athletes. Sports Medicine, 44(6), 845–865.
Nunes, G. S., Barton, C. J., & Serrão, F. V. (2018). Hip rate of force development and strength are impaired in females with patellofemoral pain without signs of altered gluteus medius and maximus morphology. Journal of Science and Medicine in Sport, 21(2), 123–128.
Barton, C. J., Bonanno, D. R., Carr, J., Neal, B. S., Malliaras, P., Franklyn-Miller, A., & Menz, H. B. (2016). Running retraining to treat lower limb injuries: A mixed-methods study of current evidence synthesised with expert opinion. British Journal of Sports Medicine, 50(9), 513–524.
Seitz, L. B., Reyes, A., Tran, T. T., Saez de Villarreal, E., & Haff, G. G. (2014). Increases in lower-body strength transfer positively to sprint performance: A systematic review with meta-analysis. Sports Medicine, 44(12), 1693–1702.
Barton, C. J. (2017). Managing RISK when treating the injured runner with running retraining, load management and exercise therapy. Physical Therapy in Sport, 24, 1–5.
Rendos, N. K., Harrison, B. C., Dicharry, J. M., Sauer, L. D., & Hart, J. M. (2013). Sagittal plane kinematics during the transition run in triathletes. Journal of Science and Medicine in Sport, 16(3), 259–265.

Getting back to running, sport or HIIT after pregnancy, where should you start?

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Congrats! You’ve had a baby and want to get your body moving again. Here are some of the things you need to know before getting back into running, sport or high-intensity exercise after pregnancy.

The demands of pregnancy, birth and the postpartum period involves big changes to the musculoskeletal system. The body needs time to recover and this will impact readiness to return to high-intensity or high-impact activity safely. This would be no different for a runner sustaining a non-pregnancy related injury – our advice would be to commence running again only after appropriate progression through rehab and ticking off key strength and loading criteria!

Can I get back to running/sport/HIIT straight away?

Current guidelines recommend waiting at least 12-16 weeks before returning to running or high-impact exercise. This is to prevent injury to the pelvic floor, abdominal muscles and other joints and muscles.

But this doesn’t mean you can’t be exercising earlier! Low impact or low intensity exercise is safe in the postpartum period from as early as 3 weeks postpartum when directed by a health professional such as a physiotherapist.

Our Shepparton physiotherapists can assess you in the postpartum period, and get you started with your return to exercise at home or the gym, a walking program, or discuss with you our Mums & Bubs Clinical Exercise classes. We recommend a postnatal assessment at the 3-4 week mark to make an individualised plan for returning to exercise.

 

What about my pelvic floor?

The pelvic floor undergoes many changes during pregnancy, childbirth and postnatally. Read our blog to learn more about the pelvic floor. The pelvic floor can become weak, which means that it doesn’t function as well as it should – this can lead to pelvic floor symptoms like bladder or bowel leakage, urgency or prolapse.

Running, sport and/or high-intensity exercise are high impact activities that increase pressure in the abdomen, which in turn places more pressure and demand on the pelvic floor.

Symptoms to look out for that may indicate your pelvic floor or core isn’t coping with exercise:

  • Bladder or bowel leakage (even just a little!) or difficulty emptying bowels
  • Urinary urgency (rushing to the toilet)
  • Heaviness/bulge/dragging sensation in the vaginal area
  • Bulging/doming in the abdomen through an abdominal separation


Image source: https://www.continence.org.au/about-continence/continence-health/pelvic-floor

 

Return to running or high-intensity training checklist:

✓ Have already completed at least 6 weeks of low impact cardio exercise, such as walking or swimming

✓ You will have done at least 6 weeks of strength and conditioning in the postpartum period prior to running, to get your muscles strong enough for running/sport/HIIT

✓ Timeline wise, at least 12 weeks postpartum (and even up to 6 months), to allow your body time to heal, improve your strength and prevent pelvic floor dysfunction

✓ A pelvic floor assessment and run/sport/HIIT clearance from a pelvic floor physio

✓ Able to pass a series of pelvic floor loading tests without pelvic floor symptoms above

✓ Able to pass general lower body strength tests – this is the benchmark for all runners/athletes to prevent other non-pregnancy related joint/soft tissue injuries!

 

How can our Shepparton based Physiotherapists help with your postnatal return to running?

– Complete a post-natal musculoskeletal assessment and pelvic floor screening (as early as 3-4 weeks postpartum), and refer you onto a local pelvic floor physio if indicated

– Develop an individualised exercise program including general strength, mobility, pelvic floor and core exercises

– Facilitate safe return to running, HIIT or your chosen sport by testing you against the criteria above to ensure you are ready to return to this level of exercise

– Work with you to set some short and long term goals!

 

 

 

 

– Emily Wiedemann
Physiotherapist Shepparton

Osteoporosis & menopause – why strength exercise is beneficial and how physiotherapy can help

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What is osteoporosis? 

Osteoporosis is a condition that affects your bone health, causing them to become weak and brittle. This leads to a higher risk of fractures (or breaks) than in normal bone.  

Osteoporosis occurs when bones lose minerals, such as calcium, more quickly than the body can replace them, leading to a loss of bone density.  

Osteoporosis is more common in older females due to reduced estrogen levels after menopause. Estrogen is a hormone that helps to regulate the menstrual cycle, but has an important role in preventing bone loss and keeping bones strong. When estrogen levels drop during menopause, bones break down faster than they can rebuild (this is a normal process, but bone rebuilding matches breakdown rates in healthy bones!).  

Osteopaenia is a less severe form of osteoporosis, where the bone density is lower than normal.

 

What type of exercise should I do? 

Exercise plays an important role in maintaining bone health throughout life. A combination of weightbearing, resistance and balance exercises are recommended for bone health.

  • Weightbearing exercise: any activity where you move your body weight against gravity, typically while standing or with hands on the ground, this can be slow and controlled movements (e.g. squats, push ups) or movements where you land rapidly and firmly (e.g. jumping, jogging, skipping, stair climbing, impact sports). 
  • Resistance training: the movement of weight (e.g. weights, resistance bands), this training should progress in intensity over time.  
  • Balance training: exercises that challenge your balance, which are very important in preventing falls as we age.
     

How does this improve bone density?

Weightbearing and resistance exercises improve bone density by applying controlled stress to the bones, triggering the body’s natural bone-building process. These exercises encourage the bones to become stronger and denser, which is crucial for people with osteoporosis. 

osteoporosis shepparton physio myo podiatrist exercise pilates bone density

Does walking count? 

Research has demonstrated that when it comes to our bone health, not all exercise is equal.

Bones benefit when a certain amount of impact or strain is placed on them – which cannot be achieved by walking alone.  

Walking is a great form of exercise for overall health; however, it primarily provides cardiovascular benefits rather than directly improving bone strength. Weightbearing and resistance training is the most effective way to maintain and improve bone density in individuals with osteoporosis.  

 

“I’m worried about injuring myself by starting a new exercise program” – How can physio help? 

Starting new exercise can be daunting, especially if you are concerned about injuring yourself. It is recommended to consult a physiotherapist for guidance on the best type of exercise for you.  

Physiotherapists are trained healthcare professionals who specialise in diagnosing and treating musculoskeletal disorders, improving physical function and promoting health through exercise.  

Physiotherapists have expertise in prescribing tailored exercise for people with osteoporosis and can accommodate for other medical or physical limitations. This includes considering pre-existing injuries, fitness levels and past exercise experience.  

The good news is it’s never too late to start exercising! 

 

Additional benefits of strength exercise: 

Strength exercise provides several other benefits including: 

  • Increased muscular strength 
  • Improved balance and coordination 
  • Improved posture  
  • Pain management 
  • Improved mobility 
  • Mental health benefits 
  • Improved cardiovascular health 
  • Reduced risk of falling (reduced risk of bone fracture or other injury) 
  • Easier ability to get on and off the floor – easier to play with the grandkids! 

 

References 

Healthy Bones Australia. (2025). About osteoporosis. https://healthybonesaustralia.org.au/your-bone-health/about-osteoporosis/  

Healthy Bones Australia. (2024). Exercise and bone health. https://healthybonesaustralia.org.au/wp-content/uploads/2024/11/hba-fact-sheet-exercise-v2-11-24-digital.pdf  

 

Image sources:

https://msfocus.org/Magazine/Magazine-Items/Posted/Prevent-Osteoporosis-with-6-Bone-Health-Boosters

 

 

– Zoe Boldiston
Physiotherapist Shepparton

Let the Sun Shine: Unlocking the Power of Vitamin D for Optimal Health

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Our ancestors lived in tune with the natural light-dark cycle, and our bodies remain attuned to those rhythms. By understanding how light interacts with biology, we can make informed decisions about sun exposure, protection, and mitigating artificial light’s harmful effects.

Sunlight, which is part of the electromagnetic spectrum shown in Figure 1, is vital for regulating biological rhythms and supporting various bodily functions.

The sun’s light spans a broad spectrum, including ultraviolet (UV) radiation, visible light, and infrared radiation, each influencing the body in unique ways.

Despite the evolutionary significance of sunlight, modern human behaviors — such as the widespread use of sunscreen and sunglasses — have led to an unintended disruption of this natural process, with potential negative consequences for our health.

Figure 1.

This blog by Shepparton Podiatrist, Ryan Davey, delves into the fundamental role of native light frequencies from the sun; specifically UVB light and how it is utilised for the creation of vitamin D in the body.

This blog will explain the various functions of vitamin D, specifically examining its role in the:

  • Musculoskeletal system
  • Immune response
  • Neurological health

It also explores why blocking sunlight, through the use of sunscreen or even indoor living, might be detrimental to health, and how these practices may hinder the body’s ability to produce the necessary quantities of vitamin D.
Then it offers practical recommendations for balanced sun exposure and mitigation of potentially harmful frequencies from indoor living and screen time.

 

Circadian rhythm

The circadian rhythm is your body’s natural 24-hour internal clock, influenced by light and dark cycles in the environment. This rhythm regulates essential biological processes such as sleep, hormone production, and metabolism, aligning them with the day-night cycle.

Sunlight plays a crucial role in resetting and maintaining this rhythm by signaling the brain to suppress melatonin (the sleep hormone) during the day and increase its release as night approaches.

In the modern world, many start their day by checking a phone or switching on the lights, followed by a commute to indoor, screen-based work under more artificial lighting. After work, we return home, cook and eat dinner under bright lights, and then often unwind in front of the television. This scenario does not allow for an accurate circadian rhythm to be maintained. This may be important for optimal health in ways we are only beginning to understand.

Figure 2.

 

Vitamin D: Bone Health, Immunity, and Brain Function

BONE HEALTH

Vitamin D plays a crucial role in keeping bones strong and healthy. It helps the body absorb calcium, which is essential for building and maintaining bone density. This prevents bone-related conditions like osteoporosis which can weaken bones, especially in older populations. By improving calcium absorption and supporting the natural process of bone repair, vitamin D helps lower the risk of fractures, thus improving falls outcomes which has been shown to be the largest contributor to hospitalisations among the elderly. A large scale research analysis revealed 35% of total hospitalisations of people 60 and over are due to falls. Some research papers report the rates could be as high as 60% in some populations.

IMMUNITY

Vitamin D also plays a critical role in the immune system by regulating inflammation and enhancing immune cell responses. It helps balance inflammatory processes, which is essential for preventing autoimmune diseases. Low vitamin D levels are linked to higher risks of infections and chronic inflammatory conditions like rheumatoid arthritis.

A study published in early 2022 displayed some striking results regarding vitamin D and severity of Covid19 infections. It was found that people who had above 20 ng/ml vitamin D had 14 times better outcomes in regard to severity and duration of illness. Vitamin D also had a significant impact on reported mortality rates across all demographics of people infected with COVID19.

BRAIN FUNCTION

In the brain, vitamin D receptors are present in regions governing mood, learning, and memory. Deficiencies have been linked to depression and neurodegenerative diseases. While supplementation can help, obtaining vitamin D naturally through sunlight is preferable. See figure 3 for reference on the major differences between the form derived from sunlight vs consumed through the digestive system.

Figure 3: Sunlight vitamin D vs Dietary vitamin D

If you have had general blood work done recently, or intend to have testing done, the normal range for vitamin D are:

  • Sufficient levels: 50–125 nmol/L (20–50 ng/mL)
  • Insufficient levels: 30–50 nmol/L (12–20 ng/mL)
  • Deficient levels: Less than 30 nmol/L (less than 12 ng/mL)

Blocking Sunlight: The Impact of Sunscreen, Sunglasses, and Indoor Living

The use of sunscreen and sunglasses, though well-intentioned, inadvertently reduces vitamin D synthesis. Sunscreens contain active ingredients like avobenzone, oxybenzone, and octinoxate that block UVB rays. While sunscreen lowers the risk of US skin damage, excessive use—especially combined with limited natural sun exposure—can lead to vitamin D deficiency. Striking a balance between sun protection and vitamin D production is essential.

Furthermore, sunglasses block UV and blue light, altering the sunlight that reaches the retina. This means that although sunglasses are seen as eye protection, they can have a significant negative effect on the body’s circadian rhythm.
One proven function of the retina is regulation of the sleep-wake cycle. Blocking light during the day disrupts this balance, causing sleep disturbances and hormonal imbalances. This means that overusing sunglasses outdoors can have extensive unintended consequences.

See figure 4:

Understanding the Balance of Light

In contrast to sunlight, artificial blue light from LEDs, laptops, and smartphones disrupts circadian rhythms and melatonin production. Blue light overexposure, especially at night, suppresses melatonin (our sleep hormone), leading to insomnia, daytime fatigue, and increased risks of chronic diseases like obesity, type 2 diabetes, and cardiovascular issues.
Disrupted circadian rhythms impact metabolism and hormone levels, throwing off essential processes and contributing to chronic health problems. While sunlight supports our biology, the prevalence of artificial light at inappropriate times poses serious risks to health and longevity.

While sunlight is fundamental to human biology, artificial light—particularly blue light—presents significant challenges. Not all light is created equal. Sunlight provides essential light frequencies for vitamin D production, circadian rhythm regulation, and other physiological processes.

 

Practical Tips for Sunlight Exposure

Balancing your sun exposure and mitigating exposure to artificial light is undeniably important. This practice can also amplify other health practices in your current routine.
Balancing sun exposure while protecting against harm can optimize vitamin D levels and overall health. Here are practical strategies:

  1. Morning Sun Exposure: Aim for 30 minutes of unfiltered sunlight exposure in the morning to prime your skin and set your circadian rhythm.
  2. Consistent UV Light Exposure (10 am–4 pm): Start with 3×5 minute sessions, then progressively increase duration. Similar progressive overload principles can be applied to sun exposure just like training a muscle in the gym. Slow and steady increases win in the long run. Pay close attention to skin redness or tenderness as this will be important in finding your current limit and be more accurate with your sun exposure.
  3. Selective Sunscreen Use: Use hats, clothing, or natural sunscreens like zinc-based or beef tallow products when needed. Apply selectively to sun-sensitive areas (e.g., face and shoulders) rather than full-body use to balance protection with vitamin D synthesis.
  4. Limit Sunglasses: Avoid sunglasses in the morning to allow natural sunlight to regulate circadian rhythms. For glare protection, opt for lenses that allow more light transmission rather than a polarized lens which completely blocks certain important frequencies.
  5. Maximize Natural Light Indoors: Increase exposure to natural light by opening windows, curtains, and blinds. Position workspaces near windows to benefit from sunlight throughout the day.
  6. Protect Against Artificial Blue Light: Limit screen time in the evening and wear PPE such as blue-light-blocking glasses, particularly at night, to support accurate melatonin release and sleep quality. We recommend Block Blue light as a good place to source your glasses, as well as further information on improving your light environment. https://www.blockbluelight.com.au/?ref=RYANDAVEY

 

Summary

Sunlight is the primary source of vitamin D, responsible for 80-90% of production, while food provides only 10-20%.

Sunlight and vitamin D play an integral role in health and wellbeing, interacting with almost all bodily systems.

Excessive sunscreen use can hinder vitamin D synthesis, so strategic application is essential to balance protection with the proven health benefits of sun exposure.

Sunglasses block essential light frequencies that regulate circadian rhythms, potentially impacting sleep and hormonal balance.

Striking a balance between sun protection and exposure is crucial for optimizing vitamin D levels, sleep quality, and overall well-being.

By embracing the power of sunlight, you can unlock a vast array of health benefits and support your overall well-being. I’ve seen first hand, the profound impact this essential nutrient can have on all aspects of health. So, step outside, soak up some sun, and let your body reap the rewards of this natural, free source of energy and vitality. Your health will thank you.

 

References:

Dror, A. A., Morozov, N., Daoud, A., Namir, Y., Yakir, O., Shachar, Y., … & Sela, E. (2022). Pre-infection 25-hydroxyvitamin D3 levels and association with severity of COVID-19 illness. PLoS One, 17(2), e0263069.
Karlsson, M. K., Magnusson, H., von Schewelov, T. P., & Rosengren, B. E. (2013). Prevention of falls in the elderly—A review. Osteoporosis International, 24(3), 747–762. https://doi.org/10.1007/s00198-012-2256-7)

 

Images sourced from:

https://www.hukseflux.com/library/measuring-sunlight-what-instrument-to-use

https://astonrx.com/blogs/read/managing-your-circadian-rhythm

 

Ryan Davey

Podiatrist, Shepparton, GV Sportscare

 

Acute Ankle Injury Clinic & the top 10 myths about ankle sprains

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We are excited to introduce the Acute Sports Injury Clinic, focusing on weekend ankle injuries in Shepparton.

As physiotherapists and podiatrists, we often see ankle injuries further down the line (instead of straight away!) which we know slows down your recovery and delays your return to sport. For example, you might be on crutches for too long or not started rehab soon enough.

The Acute Sports Injury Clinic will run on Mondays, designed to see you in the 1-2 days following your ankle injury. This means that you can get high quality and timely management of your ankle injury, including the correct scans and referrals as needed – keeping you out of the emergency department!

What we can do in the Acute Sports Injury Clinic:

  • Diagnose the full extent of your injury, beyond just if there is a fracture or not
  • Refer for any imaging including, X-ray, ultrasound and MRI
  • Fit an ankle brace, camboot or crutches where needed
  • Get your rehab program started – we know early rehab is key to returning to sport as soon as possible
  • Give you a timeline for returning to sport
  • Refer you on if needed, with our streamlined access to top sports physicians and surgeons

For more information on how to book an appointment: click here! 

So, what else do you need to know about ankle sprains? Read below!

ankle injury gv health

Top 10 Myths About Ankle Sprains

Ankle sprains are one of the most common injuries to occur. Women are at greater risk, as are children and adolescents and those that play indoor or court sports such as basketball or netball. This probably comes as no surprise, what may surprise you is how the management of these injuries has progressed away from the old ‘ice and rest’. At GV Sportscare our Shepparton Podiatrist and Physiotherapists are experts in ankle sprains, having worked on football teams, netball teams and closely with foot and ankle surgeons. Read on to learn about some of the myths behind ankle sprains! 

Myth #1: Crutches are essential to faster recovery

crutches shepp podiatryMost people are surprised to find that their physio or podiatrist is very keen to get them off crutches ASAP. In severe ankle sprains or suspected fractures, crutches are required, however in the mild to moderate ankle sprain crutches will actually slow down your recovery. Crutches reduce the weightbearing through the joint (which is a good thing if there is too much pain and damage). However in a mild to moderate injury it is unnecessary and will cause you to lose movement and strength, which you will need to work harder to regain as part of your rehab. Your Shepparton Physio or Podiatrist are able to assess your injury and guide you as to whether or not crutches are required and work with you to wean you off them!

Myth #2: I need to see a Shepparton GP before seeing a Physio or Podiatrist

Podiatrists and Physios are well trained in assessing and treating ankle sprains and can refer you for any relevant scans such as x-ray and MRI, if required. We have specialist tests we can perform and provide you with taping or ankle supports on the spot, should you need them. We can also begin your rehab process of exercises from your very first session. This is very important as early movement and strength work can fasten your recovery or return to sport. So in summary within one physio or podiatry session we can diagnose or send for scans, tape or fit a brace or crutches (if necessary) and start you on exercises, all with the goal of return to activity or sport ASAP! 

Myth #3: My x-ray is clear so I am unlikely to have sustained a severe injury

X-ray is used to clear fractures. Some fractures are too small to be picked up on x-ray and require a CT or MRI. This can include what we call an OCD (osteochondral defect), where a small piece of bone/cartilage has chipped off and can be sitting somewhere it shouldn’t. These often need to be removed as they can push and wear away on the cartilage where they shouldn’t. 

X-ray is always used when the person is unable to weightbear as a precaution to check for fracture (we are actually required to x-ray if you cannot weightbear). This is even more important in the child or adolescent as they are more likely to fracture. This is because in children the bones aren’t fully fused as in adult bones and therefore the bones are more susceptible to fracture. 

ankle sprain podiatry shepp

X-ray also can’t tell you how severe your ligamentous injury is. Sometimes you can see a syndesmosis injury (when the tibia and fibula have separated due to damage to the ligaments between them) on x-ray. However ligamentous injuries can often take much longer to recover from and have long lasting effects on your ankle stability. 

Myth #4: I need to wait a few days before being seen by a Physio or Podiatrist

physio shepp calf workThe sooner you can be seen by your Podiatrist or Physio the better. When we waste a few days with the wrong management you are slowing down your recovery. Most people think injuries are a time based recovery, ie I have sustained a grade one ankle sprain therefore I will be back to sport in 2 weeks. This is partly true, injuries require healing and that takes time. However from our point of view your return to sport or activity is mostly based on ticking off certain criteria. For example can you raise onto your toes, can you stand on one leg, can you hop, can you run, etc. If you can’t do these things it doesn’t matter if your two weeks has passed, you are still not ready to return to activity. We then base our rehab on what you can and can’t do and aim to progress you on as quickly as possible. 

Myth #5: Icing and anti inflammatories are the best treatment for swelling

Ice

Icing is great to help numb the area and therefore relieve pain. However compression and elevation are far more important to help decrease your inflammation. Swelling in the ankle is particularly hard to get rid of due to gravity, as the fluid has no chance to escape the area. Compression helps to increase the pressure and essentially push the fluid out and elevation allows gravity to assist the swelling to move out of the area. There is actually very limited scientific research to prove that icing has much effect on swelling!

ankle sprain podiatry shepp

Swelling management: you can see the effects of a compression bandage and elevation on the swelling of this ankle.

Anti inflammatories

shepp podiatry anti inflammatoriesIn the first 48-72 hours of your injury it is recommended to avoid anti inflammatories such as ibuprofen (Nurofen) and Voltaren. This is because the inflammation that occurs is your body’s response to injury and it actually brings special healing cells to the area that are beneficial for your recovery. This includes cells that remove debris and other cells that repair tissue.  Therefore this early inflammation is actually a GOOD thing and taking anti inflammatories will be detrimental to this process (FYI this is true of any injury, not just ankle sprains). 

The issue is when inflammation persists and essentially the fluid takes up room within your ankle joints and this can cause pressure and therefore additional pain. This is where the above advice for compression and elevation is key and at some stage after the first few days you may need to begin anti inflammatories. This should always be guided by a health care professional as anti inflammatories can commonly cause stomach lining irritation, which is not something to ignore!

If you need help with pain relief it is recommended to speak with your pharmacist or local Shepparton GP, however most people tolerate paracetamol (Panadol) and this has no known negative effect on your healing. 

Myth #6: High levels of bruising equals more damage

You may have noticed that everyone bruises to a different degree. For example some people just have to scratch their leg firmly and will bruise while others need a decent hit to bruise. This is related to each person’s clotting and other genetic factors. It can also be related to certain medication for example blood thinners and anti inflammatories can increase the amount of bleeding around an area and therefore the amount fo bruising that comes out. Therefore the amount of bruising that is evident in some ankle sprains doesn’t necessarily mean it is more severe than other injuries where there is minimal bruising. We take into account many factors when diagnosing the severity of the injury, bruising is taken into consideration but there is no hard and fast rule here.

bruising ankle shepp physio

A severe ankle sprain: minimal dark bruising, mostly yellow.

podiatry shepp ankle bruising

Myth #7: I should rest on the couch and avoid movement

Although when in pain this is what we feel like doing, there is good evidence that early movement will help you to return to normal quicker. When you have sustained a severe injury or you have a lot of swelling you will require periods where you need to elevate your ankle. However if you are able to walk and weightbear this will be helpful. This is where it is important to visit your local Shepparton podiatrist or physiotherapist so we can help you determine what level of rest is required!

Myth #8: Rehab is not worth it, I have gone back to sport before without it

physio shepparton netball injuriesOne of the biggest risk factors for future ankle sprain is previous ankle sprain. While those with mild ankle sprains will likely manage to get back to sport, the issue we commonly see is that the injury has caused a loss of range of motion, strength, balance or coordination on that side. Therefore you can understand how even though you have returned to sport that these deficiencies can result in subsequent ankle sprains and more time away from the sport that you love! With simple assessment and exercises we can get you on track to work on these deficiencies and therefore reduce your risk of future ankle injury!

Myth #9: Ankle braces are better then taping

Both ankle bracing and taping are thought to be just as effective in preventing ankle sprains and are highly recommended for those who have had an ankle injury and are playing sports such as netball, football, basketball, soccer etc. While some are resistant to taping or bracing, when comparing this to lengthy periods out of action should another ankle sprain occur, we know what we would chose!

ankle brace shepp podiatry

Ankle braces available at GV Sportscare

The advantages to ankle braces is that you aren’t reliant on the person taping your ankle to tape it correctly or risk of tape cuts or allergic responses to tape (which is more common than you think). If you are paying for your own tape, bracing is also a more economical option as once you have bought 4-5 rolls of tape you have paid for your ankle brace. However football and soccer boots are too narrow for ankle braces so taping is often the only option in these sports. If you wear ankle braces and you are buying new shoes we highly recommend taking your ankle braces with you as you often need 0.5-1 size larger to allow for the ankle brace. We would also advise checking with your Physio or Podiatrist before purchasing an ankle brace as many braces don’t have the metal ‘stays’ built in on the sides and this a crucial component of an ankle brace that will actually prevent injury. 

Myth #10: I’ve rolled my ankle more times then I can count, I don’t need to have it assessed

As a netball or footballer you may be one of those people where ~2 sprains/season is a given and you are well versed in your management. We do recommend these are still assessed for a number of reasons:

-recurrent sprains can result in chronic ankle instability, at some stage ankle reconstruction may need to be considered so that you don’t cause irreversible cartilage damage which can lead to osteoarthritis in later life. As we have worked closely with foot and ankle orthopaedic surgeons we can help you decipher when it is time to consider a surgical opinion

-some ankle sprains can result in a ‘high ankle sprain’ which is an injury to the syndesmosis, the joint between to the tibia and fibula. This is a much more serious injury and requires a different management to the average ankle sprain. It can often require surgery to prevent serious ankle instability. Our Shepparton physio and podiatrist can easily screen for this injury with clinical tests 

-refer to myth #8, we are experts in finding your deficiencies post injury and providing you with a rehab plan to address this to reduce your risk of re-injury. 

ankle injury physio

Distal syndesmosis joint = location of high ankle sprain.

 

Sophie Woodhouse

Physiotherapist Shepparton, GV Sportscare

Tom Davey

Podiatrist Shepparton, GV Sportscare

Shepp podiatry physio

shepp physio GV Sportscare facebook

shepp physio GV sportscare instagram

 

 

 

Image references:

X-ray: https://www.imageinterpretation.co.uk/ankle.php

Calf raise: https://www.popsugar.com.au/fitness/Ankle-Exercises-Do-Avoid-Sprains-Injuries-31086537?utm_medium=redirect&utm_campaign=US:AU&utm_source=www.google.com

Syndesmosis: https://www.academyofclinicalmassage.com/syndesmosis-sprains/

Ankle brace: https://www.djoglobal.com/products/donjoy/donjoy-stabilizing-pro-ankle-brace

Ankle sprain prevention: https://www.facebook.com/watch/?v=948001962331923

GV Sportscare 2024 Wrap 🤩

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CLICK HERE FOR MOBILE USERS 

 
We’ve had an incredible 2024, and we want to express our heartfelt thanks for your continued support. We’re thrilled with our growth and progress toward creating a clinic where you can confidently see any of our team members, knowing that collaboration and your recovery are always our top priorities.

It’s been a privilege to help so many people return to exercise—whether at home, in the gym, or back to sport! We are truly grateful for your trust and for referring your family and friends to us. Thank you for being a part of our journey!

Clinic Highlights

  • We introduced our first Mums & Bubs Pilates classes this year, and they’ve quickly become a highlight of our week!
  • We welcomed Myotherapist Jake to the team, and he’s already proving to be a valuable addition with his wealth of knowledge and new skills. It’s been a long time coming, and he’s already keeping busy with his growing caseload!

 
Click on the picture to hear more from Jake!
 
The need to know details:
🌼 10 week school terms Wed at 10am or Fri at 9am, next term starts week of Jan 27th
🌼 Open to mums who are 6+ weeks postpartum and are cleared by their health practitioner
🌼 Bring along bubs who are younger than 6 months (or until they are a fast mover!)
🌼 Physio led and a mix of mat and reformer Pilates to get your body strong after birth
🌼 Morning tea/coffee at our local coffee shop @welsfordstreetcafe after class encouraged!

Clinic Highlights continued…

Staff Highlights

  • We welcomed Soph and Georgie back from parental leave, bringing with them many stories of Hattie and Angus’ adventures and an enthused passion to help other parents to be
  • We welcomed Zoe on as a full time physio and she has slotted in with ease like she’s always been here!
  • Gorgeous fur babies Frankie (daughter of Celeste) and Wesley (son of Emily) were welcomed into the clan
  • Podiatrist Ryan and his wife Shae welcomed gorgeous Baby Sunny into the world.
  • Ryan, Zoe and Em all got married!!!
  • Celeste worked like a madwoman until we secured the help of the wonderful Paris whose friendly face you will now see at reception, alongside our favourite admin regulars Alex and Daisy
  • While Georgie and Soph were back on the netball court and Ryan at hockey; Celeste, Tom and Ryan ran some mountains literally 

2025 what to expect… We’ve got big plans behind the scenes….

Directors Soph and Tom are always working hard to bring the best clinicians to Shepparton…We’re tackling ankle injuries with a fresh new approach, in a way never seen in the region…

Tom and Ryan have a secret to share, a side hustle brewing….

Oh and did we mention Directors Tom and Soph are finally getting married!

 

We would appreciate if you have the time to share your experience with our family run business, by writing a Google review or providing a Google star rating:
CLICK HERE TO GIVE US A GOOGLE REVIEW  

We look forward to 2025 and hope you all have a fantastic holiday period!
Our clinic will be closed 12pm 24th Dec, re-opening Monday 6th Jan 2025.
Any bookings can be made via phone 03 5897 7044 or online. 
Thank you,
Soph, Tom and the GV Sportscare team

Follow us on our social media for handy tips and tricks!


 

Getting back into exercise after birth – what our Mums & Bubs Pilates classes offer

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Getting back into exercise after birth looks different for every mum – whether it’s a home program, gym, or joining a Pilates class!

Our Shepparton Mums & Bubs Clinical Exercise (Pilates) classes are physio-led, offering Reformer and Mat Pilates to support your postpartum return to exercise

Why physio-led classes?

  • Our Shepp physios have extra training in Women’s Health and understand the changes your body has gone through since pregnancy and giving birth
  • Classes are tailored for postnatal mums – we’ve selected exercises that we know are safe for your core and pelvic floor, and will help get your body stronger at the right pace and intensity
  • Our classes give you a platform to address common postpartum issues like pelvic floor concerns, abdominal separation and back pain (which are all really common postpartum and can be assessed and managed by a physiotherapist!) – you can discuss with the physio taking your class before you begin in our classes, or at any point during the term
  • With our expertise in Clinical Pilates, we can modify exercises for your body’s needs, ensuring a safe and effective class for everyone

Click here to watch Physio Georgie talk about all things Mums and Bubs at GV Sportscare! And here to watch a Mums and Bubs class in action at our clinic in Shepparton.

Want more information about pelvic floor and exercise? Click here to read our blog.

Are you an expecting mum? Click here to read our “a physio’s list of pregnancy, birth and newborn preparation resources”, written by Physio Sophie during her pregnancy.

 

-Emily Wiedemann
Shepparton Physiotherapist
GV Sportscare

A podiatrist’s take on school shoes

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It’s almost back to school time!

Did you know that on average, school children spend at least 30 hours a week wearing school shoes, which equals approximately 15,000 hours in their entire schooling time. Let’s make sure this time is spent in good quality shoes!

 

Podiatrist Tom and Ryan’s tips on what to look for in a school shoe:

  • Lightweight – the lighter the better!
  • Flexible enough that the shoe can twist and fold in all directions
  • Flat from the heel to the ball of the foot (minimal heel drop)
  • Wide at the toes, giving the toes room to spread
  • Avoid shoes that are stiff, have a narrow toe box or a large heel, or feel too heavy (this can be the case for many regular school shoes and what is readily available to us)  

Ideally, the shoe should allow the foot to move like it would when you are barefoot, whilst protecting the foot from the weather and any rough ground.

 

 

But why?

We know that by spending time in good quality footwear, you can expect the following positive effects:

  • Reduced injury risk, such as ankle sprains
  • Better long term foot health as the joints and muscles maintain their mobility and strength, preventing issues like bunions and ingrown toenails
  • Better posture, balance and coordination

This study based out of The University of Sydney trialed minimalist (i.e. barefoot) school shoes versus traditional stiff school shoes over a 9-month period, and it showed that children who wore the minimalist shoes had significant improvements in:

  • Toe muscle strength and muscle size
  • Greater arch height (which is associated with less foot pain)
  • Greater performance in long jump
  • Improved balance

 

So which shoes should we put our kids in? 

Here are some of our Shepparton Podiatrist Tom and Ryan’s favourites:

  • Topo ST-5 all black version (one of our all round personal favourites at GV Sportscare!)
  • Vivobarefoot Primus Lite (another favourite here and worn daily by Tom and Ryan)
  • Lems Nine2Five
  • BPrimal Youth MJ

 

 

Book an appointment with our Shepparton Podiatrists Tom and Ryan Davey to discuss school shoes for your children.

 

– Emily Wiedemann
Physiotherapist
GV Sportscare Shepparton

Myotherapy: cupping

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What is it?

Cupping is a technique commonly used by our Shepparton Myotherapist, in conjunction with other techniques such as massage, dry needling and the Graston technique.

Using suction and negative pressure, cupping therapy helps release tight soft tissue, break up adhesions, and lift connective tissue. This process enhances blood circulation to the treated areas, delivering vital minerals and nutrients essential for muscle health.

The lifting effect of the cups also provides a gentle stretch to target myofascial trigger points (muscle knots), helping to restore the muscle’s full length, elasticity, and strength.

 

Benefits of cupping therapy

  • Pain Relief: Cupping therapy has been known to provide relief from muscle tension, chronic pain, and even conditions like migraines and back pain
  • Improved Circulation: By creating a vacuum effect, cupping therapy helps to enhance blood flow to targeted areas. This increased circulation can aid in transporting vital nutrients and oxygen to tissues, supporting their rejuvenation and healing.
  • Stress Reduction: The calming nature of cupping therapy induces relaxation, helping to lower stress levels.
  • Detoxification: The suction created during cupping therapy is thought to draw out toxins and waste products from the body’s tissues. This detoxification process can help promote a healthier internal environment.
  • Muscle Recovery: Athletes and active individuals often use cupping therapy to aid muscle recovery. It can alleviate muscle soreness, improve flexibility, and accelerate healing after intense physical activities.
  • Combination with Other Therapies: Cupping therapy can complement other treatments, such as acupuncture and massage, enhancing their effectiveness and contributing to a holistic wellness approach

Is it painful? What about the bruises?

One of the more interesting aspects of cupping therapy is the skin discoloration it can leave behind. These marks often resemble round circular bruises but are entirely harmless and a normal part of the cupping process – they shouldn’t be cause for concern.

It’s important to note that cupping can still be effective even without visible marks.

The color of the mark will usually fade within 24 hours but may take several days to completely disappear. Most marks fade within 4 to 10 days, although this is dependent on the individual.

 

– Jake Curtis
Myotherapist Shepparton
GV Sportscare

Myotherapy: have you heard of the Graston Technique?

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The Graston Technique is a form of instrument assisted manual therapy that involves using specialized stainless-steel tools to gently scrape or massage the skin. This method targets areas with scar tissue, muscle tension, or inflammation. By breaking down fibrous tissue and improving blood circulation to the affected regions, it can help alleviate pain, enhance mobility, and speed up recovery from soft tissue injuries.

How does it work?

The Graston method uses specially designed stainless-steel tools of different shape and sizes, that move over the skin to allow the clinician to gain feedback, identify and address areas with damaged fibrotic tissue. These instruments enable clinicians to apply precise pressure to break up scar tissue, which can restrict movement and cause pain.

The scraping action creates controlled microtrauma, triggering a localized inflammatory response that speeds up tissue repair and boosts blood flow to the area. This process not only helps reduce pain and improve function but also promotes the realignment of collagen fibres, enhancing the flexibility and strength of the affected tissues.

Who could benefit?

The Graston Technique can be highly beneficial for a variety of individuals, especially those dealing with soft tissue injuries or post-surgical scar tissue.

  • Back pain, shoulder pain and neck pain
  • Plantar fasciitis
  • Tendinopathies
  • Athletes recovering from sports injuries

Who is not a good candidate?

Your Shepparton Myotherapist will discuss whether or not this technique is appropriate for your condition, as the Graston Technique may not be suitable for everyone. Rest assured that we will assess your injuries and medical history to determine whether you’re a good candidate for the treatment.

Individuals with compromised skin, such as open wounds or active infections should avoid this treatment. It’s also not recommended for those with certain vascular conditions, like deep vein thrombosis, due to the risk of dislodging a clot. People taking blood thinners or those with bleeding disorders may be more prone to bruising and bleeding. Also, people with a recent injury may not benefit, as the microtrauma created may disrupt the initial healing processes of the body.

 

– Jake Curtis
Myotherapist Shepparton
GV Sportscare

CONTACT US

Shepparton Physio & Podiatry

03 5897 7044
1/164 Welsford St, Shepparton, VIC 3630

AHPRA Certified