Osteoarthritis (OA) of the knee and hip is a very common condition associated with aging and something we see quite a bit of at Central Performance. OA is a condition that involves changes to a joint and breakdown of the cartilage inside the joint, this can then also affect the bones and ligaments within the joint. Approximately 2.1 million Australians are affected by OA, with approximately 25% of Australians over the age of 45 affected.
It is becoming more widely recognised that exercise should be a front line treatment for osteoarthritis, particularly for the hip and knee. The Royal Australia College of General Practitioners (RACGP) put out new guidelines for the treatment of knee and hip OA in 2018. Within these guidelines for the treatment of knee and hip OA exercise and weight-loss were the only treatments that were strongly recommended. There was better evidence for exercise than there was for medications or surgery.
While changes to the joint associated with OA cannot be reversed, exercise can help to alleviate or manage the symptoms, improve your ability to perform activities of daily living, reduce disability and improve quality of life. Exercise physiologists, who are trained to prescribe exercise for the treatment of chronic conditions such as OA, are well skilled to develop and prescribe exercise programs for patients who are suffering from OA of the knee and hip.
An exercise physiology treatment program for OA will be personalised depending on the results of your physical assessment, your current functional ability, your confidence with exercise and your goals. A exercise physiology program for a client with knee and hip OA will generally program through three stages:
Your treatment will usually begin with exercises to increase strength of the muscles surrounding the knee and hip joints to help stabilise the joints and improve your symptoms. As your strength and pain improve your treatment will progress to increase range of motion at the hip and knee. The final step of your exercise physiology program is to progress again to full-body exercises that will have great carry over to day-to-day activities. The whole program will be guided by your symptoms and measured against your goals.
Running is an extremely popular form of exercise with almost no cost and fantastic physical and mental benefits. I’m sure we’ve all met runners who are almost obsessive about their running and are like a bear with a sore head when they can’t run. We see lots of runners at Central Performance, from office workers who run a couple of times a week for the health benefits to our elite running group coached by physio and track coach Ben Liddy.
One thing most of our runners have in common is that they would like to run a little better. Whether that’s reducing aches and pains they feel when running, improving their City2Surf time or lowering their 1,500m PB everyone wants to improve somehow. An often-overlooked way to improve running performance is to include some weight training into your training. The classic opinion was the weight training made you heavy and slow however there is a lot of good research that shows that weight training can significantly improve endurance, running performance and running economy.
It used to be thought that to improve performance in endurance sports like running that it was more beneficial to use a light weight for lots of repetitions when performing weight training. The theory was that it better replicated how the muscle worked when running and therefore it would lead to greater improvements in running performance. We now know that low repetition, heavy weight training and plyometric training is better for improving running performance and economy. This might seem counter intuitive but there are some good reasons for why that is the case.
First of all, heavy weight training and plyometric training both improve what is called Rate of Force Development (RFD). RFD means how quickly a muscle can produce force, the higher the RFD the quicker a muscle is able to produce force. A high RFD is important when running because ground contact time with each stride is so short. If you are able to increase the RFD of the muscles in the legs then you are able to decrease your ground contact time and increase your running cadence. Increasing your running cadence improves your running economy, making you a more efficient runner.
Secondly, a stronger muscle means that each stride requires relatively less effort from the muscles in your leg. For example, the soleus muscle in the calf has to deal with between 6-8 times body weight with each stride. That is an awful lot of force to be dealing with for a sustained period of time. A strong soleus, strengthened with the help of weight training, will be better able to handle 6-8 times body weight for a 800m race, 5km fun run or full marathon.
Thirdly, heavy weight training and plyometric training help to strengthen and stiffen tendons. A stronger, stiffer tendon is better able to transmit the force produce by the muscles into the movement of bones required for running. Better force transmission by the tendons again improves running economy and efficiency. It also has the added benefit of helping to guard against the development of tendinopathies such as Achilles or hamstring tendinopathy. We see many runners with these injuries and heavy weight training is the starting point for their rehabilitation.
As you can see there are some very good reasons for including heavy weight training and plyometric training to improve your running performance. As simple as two sessions of weight and plyometric training per week can lead to significant improvements in running performance. Below is an example of a simple weight and plyometric training session for runners.
The goblet squat is a fantastic way to introduce the squat movement into your training program and it is the first version of the squat we use with our clients. The squat is one of the key movements in weight training programs we develop for runners as it is fantastic for developing quad strength. This is important as the quads take the second most load during running after the calf muscles.
Single leg deadlift:
Another key movement in the weight training programs for our runners, the single leg deadlift is great for developing strength in the hamstrings and muscles of the lateral hip, particularly the glute medius. The glute medius plays an important role in maintain lateral stability of the hip, helping to prevent hip drop and subsequent valgus collapse of the knee when your foot strikes the ground. We also aim to have a mix of double leg and single leg exercises in our programs and the single leg deadlift is one of our favourite single leg exercises.
Bent knee calf raises:
An often overlooked muscle group when weight training, the calf muscles have the highest demand on them of any muscle group when running. As stated earlier, the calf muscles must handle between 6-8 times body weight with each stride. Therefore, it is important to strengthen the muscles of the calf. The bent knee calf raise helps to prioritise loading on the soleus muscle and better replicates the ankle position during running.
Hurdle hops are one of our first plyometric progressions we introduce into our runners programs. It is a great exercise to help develop power on one leg and get our clients used to the landing forces associated with plyometric exercises. With a hurdle hop we emphasise ‘sticking’ the landing which requires our clients to be able to control the landing forces.
In Part 1 of this blog series on back pain we reviewed the three types of low back pain, plus busted some myths about scans and radiology findings. In this post we will review the way physiotherapists can treat back pain, plus the lay out the best advice on what you should do at home or work to make your recovery as quick as possible. In Part 3 of this series we’ll review things that you can do to reduce your risk of future pain episodes.
As we have discussed in Part 1 there are three main types of back pain. Getting a correct diagnosis for your back pain is an important because it guides your initial treatment.
Physiotherapy treatment for this type of back pain focuses initially on relieving your pain and restoring your range of motion. We need to get you back to doing your normal daily activities as fast as possible, allow you to sleep normally, and be able to do your usual work duties. We use a combination of hands-on (manual) treatment together with structured exercise to increase your joint mobility, plus release muscles that are tight or in spasm.
As well as prescribing the right exercises for you, your physio will also clearly explain do’s and don’ts for you at home and work so that you help your back pain to settle as fast as possible. It has been extensively proven through research that staying active within your comfort levels, avoiding bedrest, and returning to your normal work and daily activities as quickly as possible is by far the best way for you to help your back pain resolve. Using basic medications like Panadol, Neurofen or Voltaren can also be very helpful at this stage.
Once your pain is resolving well your physiotherapist can guide you through a progressive exercise program to fully restore your strength, ensure you are moving correctly, and get you confident in returning to the gym or your usual sporting activities. Completing a supervised strength program with an accredited exercise physiologist is the gold-standard later-stage management program for low back pain, especially if you have already had several episodes of pain or are lacking confidence in returning to your full normal gym or exercise activities. If you prefer, Pilates is also an excellent way to exercise following low back pain.
The initial focus for physiotherapy treatment for back pain where a nerve is compressed (or pinched) is to relieve the pressure on the nerve. The degree to which the nerve is pinched or irritated can be gauged by the amount of referred pain that travels down your leg, plus the presence of other neurological symptoms including numbness, pains-and-needles or weakness. Hands-on treatment plus specific exercises are used to relieve these neurological symptoms as quickly as possible, plus medication such as Voltaren can be helpful. You will also be given exercises to do at home by your physio to help you relieve your pain and get moving again.
Once the pressure on your nerve is relieved, the physiotherapy management for radicular or nerve-related low back pain is largely the same as for non-specific low back pain. A combination of hands-on therapy plus structured exercise progression will relieve any remaining pain, restore your movement, and then reactivate your muscles. Staying active within your comfort, returning to work and daily activities as soon as you are able, and avoiding bedrest is strongly shown to be beneficial for this type of back pain.
Once your pain has settled then completing a supervised strength program with one of our physio’s or accredited exercise physiologists will get you fully back to your normal sport, exercise, work and daily activities. Pilates can also be very helpful, if you prefer this style of exercise. Any contributing movement problems that may have contributed to your pain can also be corrected to reduce your chance of future problems.
Serious lumbar (low back) pathology is very rare – present in less than 1% of back pain cases. It includes things like spinal fractures (broken bones), tumors, and some types of infections and inflammatory conditions. During your initial assessment your physio uses specific and effective tools to screen for serious pathology, and they are concerned they will explain their concerns to you and provide you with a referral back to your GP for further investigation.
So, now you know the guidelines for how physiotherapists treat the different types of low back pain. A key take-home message for you is that staying active within comfort, avoiding bedrest, and returning to your normal activity as soon as you are able has clearly been shown to be the best way for you to help yourself recover from back pain. Your physio will give you more guidance on this, plus use hands-on techniques and prescribe the most effective exercises for your specific situation to help you recover as fast as possible.
In the next post in this series on how physiotherapists treat low back pain we’ll review things you can do to reduce your risk of future pain episodes. As always, if you have any questions in the mean time please feel free to contact one of our friendly physio’s to see how they can help!
Low back pain is a very common problem that our physiotherapists treat every day here at Central Performance. There are lots of myths and conflicting advice out there, and this is very confusing and overwhelming for someone looking for treatment during a back pain episode. Although everyone’s presentation is unique and an individual assessment is the foundation of gold-standard treatment, there are some solid research-based guidelines that can really help you understand the process.
In this post we summarise some of the main things you need to know about the 3 different types of low back pain. The next post talks more about how physio’s can treat the pain, and the final one is about reducing the risk of having more problems in the future.
The first thing to know is that low back pain is REALLY common, with approximately 80% of Australians experiencing at least one episode of back pain in their lives. Whilst back pain can be very severe and debilitating, the good news is that the majority of cases of back pain DO NOT involve serious damage and will improve within 6-8 weeks.
Unfortunately there is a very high recurrence rate for back pain, meaning that if you have one episode you are very likely to have another one. Reducing this risk of future pain episodes is one of the major goals of physiotherapy treatment for low back pain. As well as physio you will often get great benefits from seeing an exercise physiologist who can prescribe an effective exercise program for you to reduce your risk of future problems.
Even though most cases of back pain improve within 6-8 weeks, seeing a physiotherapist early can help you in three major ways;
There are two very important findings to keep in mind from extensive back pain research looking at the use of radiology investigations like x-rays, MRI’s and CT’s;
1. The vast majority of back pains DO NOT need radiology investigations. Except in specific circumstances (see below), early imaging is not needed from a diagnostic or treatment planning point of view, and therefore it is generally unhelpful. Importantly, there is a solid body of evidence to show that merely having the scan in the first place can make your pain worse or persist for longer! This is because unrelated findings that often show up on scans can make people worry more about their pain (see the next point).
2. When people have scans for low back pain the report will almost always show “stuff”. A bit of degeneration here, some wear and tear there, a loss of disc height at this level or a bit of a bulge in a disc or two. But research clearly shows that most of this “stuff” is not actually really related to pain! Extensive research repeatedly shows that people who don’t have low back pain also often have disc bulges, disc degeneration, loss of disc height, facet joint degeneration etc… As a clinician I regularly see situations where a client is being treated for one-sided low back pain yet they bring in scans that they have already had done that show more degenerative findings on the other side. These things are usually just normal parts of the aging process, like getting grey hairs or wrinkles!
So, whilst there ARE times when imaging is indicated and the results ARE helpful when taken in the bigger clinical picture, it is important to remember that most back pains DON’T need imaging. Also, if you do have a scan then get your physio or doctor to thoroughly explain the results to you because many of the scary-sounding words are actually not relevant.
Whilst there are several systems around to classify low back pain, the most useful to the general population uses three categories.
1.Non-Specific Low Back Pain: this is by far the most common type of back pain, accounting for approximately 90% of cases. It describes pain that is felt in and around the low back area, and can sometimes extend down in to the legs. The pain can be anything from mild to severe, however there is no numbness, pins-and-needles or muscle weakness. It can be due to structures including joints, discs, muscles and ligaments. There may have been a specific incident to start the pain, eg a heavy lift, or it may just come on for no identifiable reason.
2. Radicular Pain – Commonly Called Sciatica, Nerve Root Pain or a Pinched Nerve: this type accounts for 5-10% of low back pain cases. It occurs when a nerve is compressed as it exits the spine, causing pain running from the back down into the leg. The pain may also be associated with neurological symptoms including numbness, tingling/pins-&-needles, or weakness. Clinical testing of nerve function may show reduced reflexes, power or sensation, and also positive neural tension tests including the straight leg raise (SLR), prone knee bend (PKB) or slump tests. If this nerve compression is present then it is important to begin treatment to relieve the pressure from the nerve as fast as possible. As with non-specific low back pain, radicular back pain can also be either from a specific incident or for no memorable cause.
3. Serious Pathology: this is very rare – less than 1% of low back pain cases are due to serious pathology. It includes things like spinal fractures (broken bones), tumors, and some types of infections and inflammatory conditions. There are specific and effective screening questions and tests that physiotherapists use to identify possible serious pathology and if they are concerned your physio will refer you for further investigation.
Well, that wraps up part one of our series on physiotherapy treatment for low back pain. Next time we look at how physiotherapists treat back pain, and then finally how to reduce your risk of future pain episodes. As always, if you’d like any further information please feel free to contact one of our friendly physio’s at Central Performance!
Low back pain is one of the world’s most common conditions and is a leading causes of disability and work absence worldwide. It affects over 80% of the world population and can result in a significant personal, social and financial burden.1 Low back pain usually settles down within 4-6 weeks but has an 80% chance of reoccurring within 12 months of the initial injury. Exercise therapy is the most common form of treatment for low back pain. It is low cost, easy to access, has a positive biological affect on the body and is recommended in most clinical practice guidelines.2
The Pilates method aims to improve posture and body awareness while building strength. The six basic principle of Pilates includes tightening the ‘powerhouse’ (trunk and gluteal muscles), concentration (cognitive attention), control (postural management), precision (accuracy), flow (smooth transition) and breathing while performing a range of exercises.2
It is a great way to get people moving in a smooth and controlled way. At Central Performance we use the reformer, wunda chair and mat-based exercises in a circuit style approach so that the exercises are varied and fun. These exercises use springs and body weight as resistance and can be adjusted to your ability. Our initial assessment involves a history of your injury and a physical examination to determine your exercise program. Than we get started! Starting on four 1-on-1 sessions to get used to the various exercises on your program. From there the choice is yours. Continue with 1-on-1 sessions or move to our group classes (max 4 people).
But how does this help with low back pain?
Just move! Our backs love movement. The worst thing to do when you have low back pain is to stop moving and stop exercising. Pilates allows you to move and exercise in a nice controlled and monitored way without using heavy weights. It can be a way of progressing your exercise tolerance or to transitions back into gym-based exercise.
I need a stronger core to get rid of my back pain!
This is often a very common perception in today’s society. We are often told to strengthen our core to prevent low back pain. However, if you have had ongoing or episodic low back pain than you may already bracing and overusing your core subconsciously to help ‘protect’ your back. Before strengthening your core it is important to regain normal relaxed movement of the spine. This relaxed spinal movement can fundamentally change the way your back behaves day to day. Pilates is a good way of starting off this process, using controlled movement of the spine before progressing to more progressive strengthening exercises, whether it be at the gym or harder Pilates exercises.
Running season is well and truly underway! With so many fun-runs, half marathons and marathons going on at the moment, we’re seeing a lot of clients come into the clinic with niggling injuries holding them back, be it in training, competing or just participating! The most common of these injuries is an Achilles tendinopathy (previously known as Achilles tendinitis), which occurs when the Achilles tendon is unable to adapt to an increase of strain being placed on it, leading to small amounts of damage within the tendon fibres themselves. This increase in strain commonly comes about in runners who have suddenly increased the distance they’re running, the amount of hill running they’re completing or the intensity they’re running at!
So, what can you do to help heal an Achilles tendinopathy? Here at Central Performance we love taking an active approach, believing that combining specific exercises with appropriate Physiotherapy techniques is the best treatment possible.
So, what exercises should you be doing? A loaded calf raise program is your best chance at getting back on track. It’s important to remember that initially, these exercises will likely increase your pain, but don’t worry, that soon settles!
Your initial loaded calf raise program should include:
For all these exercises, aim for 3 sets of 15 reps on alternating days. As their difficulty decreases, weight can be added to each of them to further progress the strengthening side of the rehab process.
We recommend following this program for at least 8-12 weeks, progressing from 15 reps max to 6 reps max towards the end of the program. You can still continue to run throughout this time, as long as your pain levels don’t exceed a 3/10 and your pain subsides following the run.
The final phase of your journey to full recovery incorporates ballistics and advanced strengthening exercises. Exercises based around advanced sport-specific strengthening and high- speed movements, combined with rapid change of direction drills are essential for getting you back to full fitness and preventing a recurrence of the injury!
Patellofemoral Pain Syndrome (PFPS) is a common complaint we see here in the clinic. This usually presents as a gradual onset of pain in the front of the knee which is generally vague and difficult to pinpoint. This knee pain usually progressively worsens over time and can interfere with your daily activities and overall function. There can be a number of contributing factors to PFPS and therefore it needs a thorough examination to identify the important factors for each individual patient. Factors such as load management, range of motion, strength and control of the hip, knee, ankle and foot can all play a part in the development of PFPS. It is important then, that we identify the contributors and target these factors with an individualised rehabilitation program. Let’s take a look at these factors in some more depth:
Load Management: As with many injuries we see here at Central Performance, the main contributing factor tends to be a sudden increase in activity (running or loading) e.g. getting back to running after a break but trying to do the same distances you were running before you stopped. Although PFPS often affects runners, it can also occur from other repetitive activities such as stair climbing, hiking or hill running as well as excessive compressive activities such as squatting and kneeling. Key to the successful rehabilitation of PFPS is to manage your load in an appropriate and graded way.
Knee Strength and Lateral Tightness: Research shows that people suffering from PFPS tend to have a weakness in the quadriceps muscles. We also see that the structures (eg the ITB) on the outside of the knee and hip are tight and this affects the position of the patella, pulling it laterally and causing increased wear and tear on the cartilage of the knee due to this sub-optimal tracking.
Hip Strength and Control : A lack of hip strength or control, particularly in the gluteal (“glutes”) muscles to the side of your hips, can result in a rolling inwards of the knee during single leg activities (e.g. walking, running, steps etc). This inward rolling (“valgus collapse”) also pulls the patella outwards, which causes further wear and tear on the under surface of the patella itself and on the contact points of the femur.
Ankle and Foot Factors: Stiffness or restriction of the ankle can transfer excess load up the leg and place more stress through the knee. Similarly, if there is a lack of strength in the calf complex, then this can result in an increase in load through the knee joint in order to compensate. Foot posture has also been linked to PFPS, with those people having flat or “pronated” feet more likely to present with patellofemoral pain.
As you can see, managing Patellofemoral Pain Syndrome is as complex as it is to spell it! It requires a thorough assessment and an individualised rehabilitation program addressing the factors that are specific to you and your pain experience – there is no “one size fits all” treatment recipe. So if you are experiencing anterior knee pain our talented team of physio’s can help!
Tendinopathy is a common condition that results from overloading a tendon. It used to be called tendinitis however research shows that usually not much inflammation is involved, hence the name change. Lower limb tendinopathy is common in sports including running, basketball, netball & football. Upper limb tendinopathies occur frequently in tennis & other racquet sports, swimming, & throwing sports like cricket & baseball.
Tendinopathy occurs when the tendon’s main tissue, called collagen, becomes damaged because it is no longer able to cope with the load being put through it. This overloading usually happens when there is an increase in exercise frequency, volume or intensity. This may be someone starting the gym again after a break, when stepping up training in preparation for a race or fun-run, or when you start pre-season training after resting from your sport in the off-season.
As the tendon becomes overloaded it starts getting irritable and in some cases swollen. You will usually feel pain in the morning after waking up, when you move again after resting or sitting at your desk for a while during the day, and maybe at the start of exercise. Often in the early stages of tendinopathy your pain will disappear as you warm up, but usually comes back again after you cool down, rest or sleep. It will usually get worse over time if you keep overloading it.
There is a lot of conflicting advice out there about how to deal with tendinopathies. Much of it is out-dated and we now know that old-style things like stretching and completely avoiding painful activities will actually slow or prevent your recovery.
For a great overview of tendon injury & management guidelines check out this video from Professor Jill Cook, a leading research expert in tendon management.
• Continue to exercise at a sustainable level. As a general rule a little bit of pain is acceptable during exercise in a tendon with tendinopathy. As a rule of thumb 3 or 4 out of 10 pain level during exercise is okay as long as the pain stops within an hour after finishing exercise and isn’t worse that night or the next morning
• Get your tendon assessed and begin treatment early. Like many things the earlier you get on to it the faster your recovery, the less treatment you are likely to need, and you give yourself the best chance for a great recovery.
• Start heavy, slow resistance exercise. Tendons need a load placed on them to allow them to repair themselves. The best way to start loading a tendon with a tendinopathy in a controlled fashion is with heavy, slow resistance exercise. Look for a tempo of approximately 3 seconds on the concentric (lifting) phase and 4 seconds on the eccentric (lowering) phase. Again a little bit of pain during heavy slow, resistance exercise is okay as long as it stays at a 3-4 out of 10 level and does not persist after stopping exercise.
• Be consist with your exercise. Tendons prefer to be used consistently and performing your exercises regularly will help with your rehabilitation from a tendinopathy
• Stop exercising or using the muscle completely. Like we said earlier, tendons need consistent loads to be placed on them in order to repair themselves. Stopping exercise completely may temporarily stop the pain but that pain is likely to return when you return to exercise as very little healing will have taken place.
• Stretch the tendon. Stretching a tendinopathy is similar to itching a mozzie bite, it might provide some short term relief for the pain in the long term it will likely slow the healing. This is because stretching a tendon will usually cause it the tendon to get squashed against the bone it attaches to. This compression against the bone will usually aggravate the tendon and slow down its healing.
• Try and rush your rehab. Tendons do not have a good blood supply and therefore are slow to recover. In some tendinopathy cases it can take 12-18 months for the tendon to remodel and recover. Be patient and consistent with your rehab. If you rush it and try and increase your exercise and loading of the tendon too quickly you will likely aggravate the tendinopathy and slow down your recovery.
One of the most common complaints we see as physio’s is shoulder pain, and it doesn’t just affect athletes. While acute shoulder injuries often happen in collision sports or because of a sporting accident, people performing overhead activities such as lifting in the gym, throwing, racquet sports or swimming are also prone to shoulder pain.
Shoulder Impingement Syndrome is the most common cause of shoulder pain in the general population & with many types of sports activities. It can be very debilitating for people such as swimmers, racquet sports players and gym-goers. Throwing, bowling or pitching sports like cricket, baseball and softball are also common places to find shoulder impingement injuries.
Some occupations that involve lifting, carrying, and other repetitive tasks, especially if they are performed with the arm away from the side of the body, are also common causes of shoulder impingement. Even some common DIY tasks like painting walls or ceilings, repetitive drilling at shoulder height or above, and digging in the garden can bring on the pain.
As the arm is raised, the rotator cuff muscles keep the ball of the humerus tightly in the centre of the socket of the scapula. If this position is not maintained well, the tendons of the rotator cuff may be pinched between the top of the arm bone & the bony “roof” of the scapula. This can cause irritation of the tendon which can lead to inflammation, weakness and pain. Eventually it can lead to more significant problems like tearing of the tendon.
The classic presentation is a painful arc, which is when you feel pain as you lift your arm away from your side and up to your ear. This corresponds with the narrowing of the sub-acromial space, which is where the tendon gets pinched.
Many people also feel pain with twisting movements such as putting on a jacket or when reaching behind your back. When the inflammation is active you may feel pain at night and be unable to sleep comfortably on that side, and your shoulder can ache even when your arm is resting. Sometimes people describe a ‘locking’ sensation in the arm on certain movements.
Initially, avoiding painful activities to help settle your symptoms is important. If you have recently started or significantly increased your exercise regime you may just need to progress more slowly once your pain has resolved. However because most shoulder impingement is caused by an imbalance in muscle length &/or strength around the shoulder, you need to fix the underlying cause of your pain otherwise it is likely to return again in the future. This is especially true if you have had more than one episode of pain because recurrent pain strongly indicates an underlying imbalance within your shoulder, often within the rotator cuff muscles or the muscles that control your shoulder blade.
Keeping correct shoulder alignment relies a lot on keeping the right balance of length and strength within your shoulder muscles. Having a balanced gym program of pulling and pushing exercises is a great way to help achieve this. If you don’t normally go to the gym then you may need to do some extra strengthening for the muscles at the back of your shoulder, especially if you are an office worker and tend to hunch over your desk a lot. Shoulder and pec/chest stretching can also help.
If you have had a significant episode of pain, or several mild-to-moderate episodes recently, then you should get it checked out by a physio because you are very likely to have an underlying imbalance that will keep giving you problems in the future. Treating the pain when it is only recent and relatively mild is usually fairly simple. However, recurrent episodes can lead to more tendon damage requiring prolonged treatment, costly investigations such as an MRI, potentially more invasive management like cortisone, and much more time away from doing the things that you love.