What are they?
The hamstrings are a large group of muscles located at the back of the thigh. Their job is to bend the knee, extend the hip backwards and stabilise the leg. The muscles can be injured at any point along their length but are most vulnerable where the tendon and muscle fibres join together. This is a common injury for players of all sports that involve running, and particularly those that involve quick movements and kicking.
What are the causes?
As the hamstrings cross two large joints (the hip and the knee), they need to perform complicated movements, often activating suddenly and with great force. They are often stretched during a fall, a powerful kick of a ball or a sudden take-off. Factors that increase the chance of a tear include poor flexibility, strength or neural mobility. Other factors that contribute to hamstring injuries are muscle imbalances, abnormal lower limb biomechanics, fatigue, and inadequate warm-up. The biggest predictor of a future hamstring tear though, is a previous hamstring injury.
What are the symptoms?
The most common symptom of a strained or torn hamstring is a sharp pain at the back of the thigh, often immediately after intense activity. There may also be swelling, bruising, difficulty walking and pain with knee movements.
Your physiotherapist can confirm that the pain is due to injured hamstrings rather than any other issues, and tell you how bad the strain or tear is. Although not usually required, diagnosis can be confirmed by having an MRI or ultrasound scan.
How can physiotherapy help?
Once a diagnosis has been made, the first step is to follow the R.I.C.E protocol (Rest, Ice, Compression, Elevation). During the first 48 hours, you should apply ice for 20 minutes every one to two hours to reduce swelling and bruising. Consultation with your physio will include advice about your recovery, and when it is appropriate to return to sport. Your physiotherapist has many techniques that can promote healing and reduce scar tissue formation, which may include ultrasound, deep tissue therapy, electrotherapy and dry needling.
Crucially, they will also prescribe you an exercise program to return strength, flexibility and control to your muscles, getting you back to your sport quickly and safely. Due to the high chance of recurrence, rehabilitation is very important and usually takes 6-12 weeks. If the muscle is completely torn, surgery may be required before rehabilitation can start. Your physiotherapist will work with you to help you set goals to get you back to your favourite activities as soon as possible.
There is more to distance running than you may think. In this article, we offer some words of wisdom from our physiotherapists to help you get the most out of your training and avoid injuries.
1. Choose your shoes carefully:
Repeated stress from running long distances will show up any biomechanical flaws in your body relatively quickly. Choosing the wrong shoes can exacerbate an existing problem causing pain and injury. Your physiotherapist or podiatrist can guide you on what style of shoe will best suit you.
2. Don't neglect your upper body:
While running can appear to be a purely leg based activity, increasing the strength and mobility of your upper body can have a surprisingly big impact on your posture, running style, breathing and overall performance.
3. Find time to train strength as well as endurance:
Your body is great at finding ways to compensate for weak muscles. However, over time this can lead to overuse injuries of tendons and muscles. Identifying any areas of weakness early and specifically strengthening these muscles can both improve your running technique and efficiency, as well as help keep you injury free.
4. Pace your progress:
Entering an event is a great way to set a specific goal and keep you motivated. While trying to increase distances and speed, it is easy to forget to include rest days as a part of your routine. Your body needs time to recover and restore itself just as much as it needs the active portions of your training program.
Increasing your speed and distances gradually also allows your body to adapt to new demands without breaking down.
5. Enjoy your training and listen to your body:
Your body will often guide you as to when you need to rest and when you can push a little further. Training will be more enjoyable when you are well rested and pain free. Most importantly, if you are able to enjoy your runs, this will help you maintain motivation over a longer period of time, so you can continue for many years to come.
Ask your physiotherapist for more tips on how to reach your running goals while staying injury-free.
The knees function as hinges, allowing your legs to swing forwards and backwards smoothly as you walk, kick and run. The knee cap (the patella) sits at the front of the knee and has a variety of functions, including guiding the muscles that straighten the knee, protecting the knee joint and absorbing forces when the knee is bent. When something goes wrong and the patella doesn’t glide up and down smoothly, the soft tissue between the kneecap and the knee can become irritated, causing pain. This is called patellofemoral pain syndrome (PFPS), sometimes also referred to as PFJ syndrome, patella maltracking or runner's knee.
Pain is usually felt on the inside of the kneecap when running, squatting, jumping, bending, using stairs or hopping. Sitting for long periods of time or keeping your knees bent can also result in pain.
What Causes It?
The patella sits in a shallow groove at the front of the knee and usually moves up and down as the knee bends and straightens without too much trouble. The quadriceps muscles located at the front of the thigh contract and pull on the kneecap, which then attaches to the shin bone and acts to straighten the knee. If one side of the quadriceps is stronger or tighter than the other, it can cause the kneecap to pull more to one side and over time become irritated.
The cause of muscle imbalance or weakness can be varied. In general, the outer muscles of the thigh tend to be stronger and tighter than the inner muscles. If you have poor posture and hip position, this can cause the outer muscles to work harder and the inside muscles to become weaker. Lack of arch support in your feet or a physical anomaly of the knees can also contribute to this condition.
How Can Physiotherapy Help?
Diagnosing patellofemoral pain syndrome correctly is important because pain on the inside of the knee can also be caused by other injuries, dislocations, inflammation, arthritis and a variety of other less common conditions. With that in mind, it is helpful to know that your physiotherapist can diagnosis PFPS accurately and identify its likely causes.
Whether it is due to poor posture, a lack of arch support in your feet, or poor running technique, your physiotherapist will assess the problem and provide a specific treatment program to best approach your condition. PFPS usually responds well to biomechanical analysis and correction of any muscular weakness and imbalance. Having the correct shoes and orthotics can also make a huge difference. There are some short-term treatments, such as patella taping, dry needling, massage, trigger point therapy and ultrasound, which may help alleviate symptoms quickly and keep you active while you address the other factors contributing to your pain.
In the rare case that your condition is not helped by physiotherapy, surgery may be considered as a last resort. For more information, please ask your physiotherapist.
What is a stress fracture?
A stress fracture is a microscopic fracture of the bone that is often not picked up on X-ray. If left untreated, a stress fracture can cause significant disability and develop into a full fracture, possibly even requiring surgery.
The majority of stress fractures occur in the lower limb, being particularly common in the hip, shins and foot at points where the most force passes through when weight bearing. Most stress fractures are overuse injuries and are common in long distance runners.
What are the symptoms?
As with many overuse injuries, the pain of a stress fracture starts gradually, beginning with pain during or after activity or sometimes the morning after. If activity continues without modification, the pain will gradually increase. Eventually most people are unable to maintain their usual activity level. Stress fractures are common in runners and military personnel who are required to march for long periods. A stress fracture will be more likely to occur in a person who has weaker bone strength, such as someone with osteoporosis, which is itself affected by many factors such as adequate calcium intake, vitamin D deficiency and a history of inactivity.
How are stress fractures treated and how long will it take to get better?
Stress fractures can easily be mistaken for other conditions such as shin splints. As the fracture is often too small to show up on X-ray, definitive diagnosis can be made using MRI, CT or bone scan.
After diagnosis, the most important part of treatment will be resting the area to allow the bone to heal before resuming activity. Stress fractures usually need at least 6 weeks to recover fully. Some areas of the body have poor blood supply, which makes healing more complicated. For example, stress fractures of the navicular bone of the foot may need to be kept still and placed in a boot or cast for a period of time to heal properly.
Other aspects of treatment will involve correcting any factors that contributed to the original injury. There is some evidence that unsupportive footwear is a risk factor, along with poor biomechanics and weak muscles that provide inadequate support to the skeletal system during activity. Speak to your physiotherapist if you suspect you may have a stress fracture or if you want to know more.
Tendons, the connective tissues that join muscles to bone are known for being notoriously difficult to treat once injured. The reason for this is that often they are injured through stress or overuse, and compared to muscles they can have relatively poor blood flow, which is essential for healing.
Tendons and muscles work together to move your joints and together are called a contractile unit. As muscles are exercised and gain strength, the attaching tendons are also placed under tension and adapt to this to become stronger. If the load placed on the tissues exceeds their capacity, the tendon fibres can begin to break down and become stiff and painful.
Is my pain related to a tendon injury?
For an accurate diagnosis, you will need to be assessed by a physiotherapist. However, some signs that your pain might be coming from an in issue with a tendon are;
· The pain is quite specific and can be felt over the tendon itself;
· The pain is worse when under stress and improves when rested;
· The pain improves after exercise has started, but it might be worse once you cool down;
· The area around the tendon may feel stiff after periods of rest, particularly in the morning.
How are tendon injuries treated?
When it comes to recovery, tendons are often treated differently to other injuries. While each tendon injury is unique and will require assessment and intervention by a physiotherapist, there are a few general approaches that usually help with all tendon injuries.
Reducing your activity to a comfortable level is the first step to recovery. Complete rest can actually delay healing as the tendon simply becomes weaker and less able to cope with subsequent loads. Your physiotherapist can provide you with a targeted exercise program to aid your recovery. Eccentric exercises, which are exercises that work alongside gravity, have been shown to stimulate tendon healing and strength.
Stretching may aggravate your injury and should be used with caution. Assessment of any biomechanical faults or stresses that are placing undue load on the tendon is also a central component of treatment. Your physiotherapist is able to guide you with your recovery and return to sport to avoid aggravating any injury.
Nothing can ruin your enthusiasm for a new workout program faster than the pain and stiffness that sneaks up on you the day after. This delayed reaction from your muscles, known as DOMS (delayed onset muscle soreness), has affected almost all of us at one time or another. While there is no sure-fire cure or prevention for DOMS, here are a few tips to help reduce your symptoms next time you hit the gym
Understand what it is
DOMS is thought to be a result of micro tears in muscle tissue during eccentric exercises in particular. While DOMS is not a sign of a serious injury and usually goes away on its own within 48 hours, it can be very uncomfortable and a deterrent to continue exercising. It can also leave you at a higher risk of injury, and for athletes who are competing in a tournament and need to recover quickly, DOMS can be particularly problematic.
Warm-up and cool-down
By taking the time to let your muscles warm-up, your muscles can operate at optimum flexibility, reducing the tension on muscle tissue during exercise. A cool-down encourages effective blood flow to muscles after exercise, so that any waste products such as lactic acid and calcium can flow back into the bloodstream rather than staying in the muscle tissues.
Get a massage or use a foam roller
By massaging tight and sensitive muscles, you can improve blood flow, promote tissue healing and reduce pain. Both massage and foam rolling can help to relax tight muscles and enhance tissue recovery in the first 24-48 hours after exercise.
Keeping hydrated allows your body to remove waste, stay flexible, and help tissues heal optimally. The trick is to maintain hydration throughout your day, not just when it's time to exercise. It's also essential not to wait until you are thirsty, as you could already be dehydrated at this point.
Other ideas includes gentle exercise such as 20 minutes on a stationary bike, and mild stretching. If you are particularly brave, ice baths have recently been shown to have mild benefits in pain reduction following intense exercise.
Running is a great way to stay in shape, manage stress, and increase your overall wellbeing. However, it's not without its drawbacks. While being a low-risk activity, there are a few injuries that commonly affect runners. As running is a repetitive impact activity, most running injuries develop slowly and can be challenging to get on top of. Here are three of the most common conditions faced by runners, all of which can be helped by your physiotherapist.
1. Runner's Knee:
Runner's knee (patellofemoral pain syndrome) is a persistent pain at the front or inside of the knee caused by the dysfunctional movement of the kneecap during movement. The kneecap sits in a small groove at the centre of the knee and glides smoothly up and down as the knee bends and straightens. If something causes the kneecap to move abnormally, such as muscle imbalance or poor footwear, the surface underneath can become damaged, irritated, and painful. The pain might be mild to start with, but left untreated, runner's knee can make running too painful to continue.
2. Shin Splints:
Shin splints (also known as medial tibial stress syndrome) is a common condition characterised by a recurring pain on the inside of the shin. While the cause of this condition is not always clear, it is usually due to repeated stress where the calf muscles attach to the tibia (shin bone). Why this becomes painful is likely due to a combination of factors that can be identified by your physiotherapist to help you get back on track as soon as possible.
3. Achilles Tendonitis/Tendinopathy:
The Achilles tendon is the thick tendon at the back of the ankle that attaches the calf muscles to the heel bone. The amount of force that this tendon can absorb is impressive. It is vital in providing the forward propulsive force needed for running. If the stresses placed on the tendon exceed its strength, the tissues begin to breakdown and become painful. Treatment is focused on helping the healthy tendon tissues to strengthen and adapt to new forces while allowing the damaged tissue to heal and regenerate.
What is it?
Our knees are complex hinge joints, designed to provide stability from side to side and smooth movement forwards and back as you walk, kick and run. The patella, or kneecap, is a small bone embedded in the tendon of the quadriceps muscle that protects the knee and also provides extra leverage to the quadriceps, amplifying their strength. The patella moves up and down in a groove at the front of the knee as the knee bends and straightens. Usually this movement is smooth, with little friction, however, if something causes the patella to move in a dysfunctional way, the soft tissue between the kneecap and the knee can become irritated, causing pain in a typical pattern. This condition is often referred to as ‘runner’s knee’, PFJ syndrome or patellofemoral pain syndrome (PFPS).
What causes it?
The patella usually sits in a balanced position in the shallow groove at the front of the knee and moves easily without friction. The patella is attached to the quadriceps muscle at the top and connected to the lower leg via the patella tendon at the bottom. When the quadriceps contracts, this pulls on the patella and acts to straighten the knee. If one side of the quadriceps is stronger or tighter than the other, it can cause the kneecap to pull to one side and over time become irritated.
There can be many factors that cause a muscle imbalance or weakness on one side of the quadriceps. In most people, the outer aspect of the quadriceps tends to be stronger and tighter than the inner muscle.
Certain postures and leg positions require the outer muscles to work harder and the inside muscles to become less active. Lack of arch support in your feet or simply a physical abnormality of the knee can also place stress on the movement of the patella.
What are the symptoms?
This condition is characterized by pain felt on the inside or behind the patella with activities that require repetitive bending of the knee. There may be a sensation of crunching, clicking or grinding and some people report that their knee suddenly gives way. The pain is commonly felt when running, going up and down stairs or when doing squats and is generally relieved with rest. The pain may start as a small niggle and gradually become worse over time.
How can physiotherapy help?
The first step in effective treatment is to exclude any other conditions and have a physiotherapist confirm the diagnosis. Your physiotherapist is able to determine which factors are contributing to this condition, which could include poor posture, a lack of arch support in your feet or poor running technique.
Once these factors have been identified, you will be provided with a specific treatment program to best approach your condition. PFJ syndrome usually responds well to biomechanical analysis and correction of any muscular weakness and imbalance. Having the correct shoes and orthotics can also make a huge difference. There are some short-term treatments, such as patella taping, dry needling, trigger point therapy and ultrasound, which may help alleviate symptoms quickly and keep you active while you address the other factors contributing to your pain.