Don’t Get into Deep Water with Swimming InjuriesSwimming is one of the most popular sports in the world. We swim in the sea, pools, lakes, streams, rivers and even ponds. And given 70% of the Earth’s surface is water, we’re not short of opportunities. And while swimming is considered a ‘low-impact’ sport due to the fact that the water supports a large percentage of, more than 84% of regular swimmers suffer from some type of overuse type injury caused by swimming. Why? The main reason is the high repetition number and forceful nature of the shoulder revolutions which takes our shoulder joint through its full range of motion (which is one of the greatest of all our joints), against resistance, over and over again. And as 50-90% of the power generated to propel you forward comes from the shoulders, you can see why they are the most frequently injured joint. However, swimming also puts stress on your back, to hold you level in the water; on the neck when raising your head out of the water to breathe and if you favour breaststroke as a stroke, there’s added pressure from the unnatural twisting motion on the knees. So, despite it seeming to be a low-impact sport, swimming actually carries a surprisingly high risk of injury. Let’s take a look at those injuries, why they happen and what you can do about them. Swimming injuries generally stem from two sources, and often these sources will combine:
- Muscle imbalances
- Stroke technique issues
RUN: Better, Faster, Longer, StrongerDo you dream of being that runner where every step of every mile is 100% pain free? No aches, no twinges or niggles, no lingering soreness from yesterday’s session. You are not alone; research shows that as many as 79% of runners get injured at least once during the year. Stop. Think about that number for a moment; nearly 8 out of every 10 runners you see at your next race have been or will be injured sometime that year. Think of running pains in terms of a spectrum. At one end you have severe, full-blown injuries, we’ll name that the red zone, which includes stress fractures that require time off. The other end, where you're in top form, is the green zone. Mild, transient aches that bug you one day and disappear the next sit closer to the green end. Unfortunately, many runners get stuck in the middle, in the not-quite-injured but not-quite-healthy yellow zone. Your ability to stay in the green zone depends largely on how you react to that first stab of pain. Often a little rest now, or reduction in training mileage and intensity, with some treatment, can prevent a lot of time off later. Developing a proactive long-term injury-prevention strategy, such as strength training, stretching, regular massage and foam-rolling can help keep you in the ‘green.’ Physical therapy is a lot like homework, not all of us like having to do it, but if you don't do it, you’re sure to get in trouble at some stage!
What Causes Running Injuries?There are a lot of theories as to what causes running injury but it seems the answer is fairly obvious: running! Research has stated that “running practice is a necessary cause for RRI (Running Related Injury) and, in fact, the only necessary cause.” With running being the key risk factor for running injuries what other factors influence risk? Historically a lot of emphasis was placed on intrinsic factors like leg length discrepancy, pronation (flat foot), high arches, genu valgus/varum (knock knee or bow legged) and extrinsic factors like ‘special’ running shoes being stability shoes or anti-pronation shoes, lack of stretching. However, recent studies have shown there is no one specific risk factor that has a direct cause-effect relationship with injury rate or injury prevention. Whilst warming up, compression garments, acupuncture and massage have some evidence in reducing injury rates it is all a little grey. Leaving you with a multifactorial buffet of probable contributing causes to running injuries. There is however one specific factor that has been proven, and that is training error. Estimates suggest that anywhere from 60 to as much as 80% of running injuries are due to training errors. Runners become injured when they exceed their tissues capacity to tolerate load. A combination of overloading with inadequate recovery time. Poorly perfused tissues, such as ligaments, tendons and cartilage, are particularly at risk because they adapt more slowly than muscles to increased mechanical load. Factors that affect how much training load a runner can tolerate before injury will also have a role. There are 2 key factors that appear to play a part in this – Body Mass Index (BMI > 25) and history of previous injury, especially in the last 12 months. While high BMI and previous injury may reduce the amount of running your body can manage, strength and conditioning is likely to increase it. There is a growing body of evidence supporting the use of strength training to reduce injury risk and improve performance. Training error and injury risk share a complex relationship - it may not be that total running mileage on its own is key but how quickly this increases, hill and speed training. The old saying of “too much, too soon” is probably quite accurate. Injury prevention is really a ‘mirror image’ of the causes of an injury. So, if you understand the primary reasons for getting injured then you are heading in the right direction to staying healthy this running season. What are The Most Common Injuries to be Aware of? Body tissues such as muscles and tendons are continuously stressed and repaired on a daily basis, as a result of both 'normal' functional activities and sport. An overuse injury often occurs when a specific tissue fails to repair in the time available, begins to breakdown initially at microscopic level and then over time develops into a true injury. So, the first time you feel a soreness, a stiffness or a pain is not necessarily when it all began. The most common injury is ‘runners knee’ or patellofemoral pain syndrome and accounts for over 40% of running injuries. This is followed closely by plantar fasciitis, achilles tendinopathy and then ITB (iliotibial band syndrome), shin splints and hamstring strain. These injuries generally need complete rest or at least a reduction in training volume and intensity. Followed by physical therapy to promote tissue healing and mobility. Although these are overuse injuries there is frequently an underlying muscle weakness and/or flexibility issue that needs to be addressed with specific rehabilitation exercises. If you do pick up an injury (including 'tightness' 'irritation' or 'niggle') that you’re worried about then we can help, the sooner it’s treated the better. And don’t forget to check out our Facebook page https://www.facebook.com/pottsvillephysiotherapy
Game On: Avoiding InjuryJust like the Olympic games, soccer transcends race, religion, culture, and nationality to unite us in a singular interest. It has become an international language with a staggering 270 million people playing in games across the globe. It’s a sport that inspires the kind of collective joy that can only come from sharing a truly remarkable experience. And that alone is worth celebrating. Alas, the game we love does not come without consequence. Unfortunately, soccer injuries are all too common. Muscle injuries are a frequent occurrence among soccer players. This type of injury is associated with a burst of acceleration or sprinting, sudden stopping, lunging, sliding or a high kick. Ankle and knee injuries are also very common. This injury occurs when ligaments are strained, during cutting, twisting, jumping, changing direction or contact/tackling. Groin pain, in particular, is a widespread occurrence, with 1 in 5 players experiencing an injury in a season. Surprisingly, nearly half of all soccer injuries can be avoided. It’s true, preventing injury is possible. In most cases, injuries are caused by an underlying weakness or imbalance in the muscles of the leg, core, and pelvis. Specialized exercises and training programmes designed to address the areas that are most vulnerable to injury during a game can dramatically reduce your risk of getting injured. Your physical fitness is the single most important factor in preventing soccer injuries. For instance, studies have found that:
- Strength training can reduce the incidence of injury by nearly half (47%) compared to players who did no specific strength training.
- 51% of hamstring injuries can be avoided with good proprioceptive programmes.
- Among players who participated in pre-season proprioceptive training 3x a week, there were 7x fewer ACL injuries and an 87% decrease in the risk of ankle sprain.
- Neuromuscular training for the knee can reduce the incidents of serious knee injury by 3.5x.
- ACL Injury
- Hamstring Strains
- Ankle Sprains
- Meniscus Injury
- Groin Strains
- Contusion Injury
Where we’re posting fun and informative tips and tricks to help you stay safe on the soccer pitch.
Fact: It is estimated that 37% of the population of developed countries and 41% of developing countries, suffer from chronic pain.
It is one of the most common reasons why people visit Rosie at Pottsville and Cabarita Physio (up to 40% of visits).
Other common reasons include rehabbing sports injuries, relief of pain from accidents or muscle strains, relief of stress and as a form of preventative health care.
And also, just that good old relaxation that can only come from human touch.
What is massage therapy, exactly?
People with specific massage therapy training are highly knowledgeable about anatomy and physiology and are skilled diagnosticians with regards to chronic pain and how to treat it.
The underlying idea behind massage therapy is that a relaxed and loose muscular structure promotes the flow of energy through the body, which enables the body to maintain health and heal itself, without resorting to drugs or surgery.
Here are some common massage therapy modalities that you may encounter, ranging from simple relaxation to treatment of complex pain issues and connective tissue realignment.
This is your standard relaxation massage. Swedish massage is very popular in spa settings.
As one of the most popular types of bodywork performed today, the overarching goal of Swedish massage is the ultimate relaxation of the entire body. It is exceptional at achieving this, easing tension while promoting the release of environmental toxins stored in the body’s fat and epidermis layers while simultaneously increasing the oxygen levels in the blood.
Swedish massage has also been shown to produce significant reductions in the stress hormone, cortisol.
Trigger Point Therapy and Myofascial Release
A trigger point is a small area of tightly bound and ‘knotted’ muscle that will produce referred pain into another part of the body when pressed upon. For example, a trigger point in the rhomboid muscle in the upper back can produce headache-like pain at the base of the skull.
Trigger points such as these are often misdiagnosed as migraines.
Trigger points range in severity from mildly annoying to completely debilitative. The affected muscle fibres are in a permanently shortened and tense state, and can even pinch nearby nerves, producing even more related symptoms, sometimes spiraling into full-blown fibromyalgia, a disorder of the connective tissues.
This is one area where massage therapy has a distinct advantage over every other form of treatment. Conventional medicine’s answer to trigger points is usually an injection of a local anesthetic or a corticosteroid injection. Both of which are temporary, unnatural treatments and in the case of the corticosteroid, actually damaging to the tissues.
Massage therapy treats these by the application of pressure directly to the trigger point, going over time from light to very deep, (usually within the same session) whereupon the trigger point will begin to release and relax.
Follow-up treatment is nearly always needed to retrain the muscle fibers to lengthen and “smooth” back out. A good massage therapist can often boast a near 100% success rate with trigger point therapy, even when other treatments have failed.
Myofascial release is a broader application of this type of therapy that seeks to restore mobility and function to the body’s underlying network of connective tissue that is present in every muscle in the body. It improves lymph circulation (keeping the blood clean) and enhances the muscle’s natural stretch reflex, keeping the body supple and strong.
It should be noted that these types of massage therapy are not the same as a relaxing Swedish massage and can sometimes be quite painful as the body relaxes, releases, and returns to normal homeostasis. It’s important to communicate to us during your treatment if you are uncomfortable at any time.
As the name implies, sports massage is focused on the athlete. From the highest level of competition, to the casual weekend warrior, sports massage therapists can be found everywhere from weekend 5ks to professional locker rooms and Olympic fields.
Sports massage focuses on both pre- and post- event training and recovery.
Pre- event for example, may involve stimulating a stretch reflex in the quadriceps muscle of a runner to help lengthen her stride, with repeated treatments resulting in a faster runner who is less prone to injury.Post-event can take the form of a light, relaxing massage to stimulate healing blood flow to an overused muscle group, enabling the athlete to recover safer and faster, and enable them to perform at the top of their game sooner than otherwise would be the case. Rather than a specific technique as in trigger point or myofascial therapies, sport massage focuses on the dual goals of athletic performance and recovery and may borrow heavily on other modalities to achieve these ends. Rosie is our skilled masseuse and is looking forward to helping you, to book in phone 0266764000 / 0266764577 For more information click http://bit.ly/2S96ETT https://www.facebook.com/pottsvillephysiotherapy
Tennis Elbow (Lateral Epicondyalgia)If you have tennis elbow you can experience pain when performing gripping tasks or resisted wrist/finger extension. Pain can also be present when your forearm muscles are stretched. There is probably tenderness directly over the lateral epicondyle, the bony bump on the outside of the elbow, and tender points (trigger points) in the forearm muscles. In some cases, you may also experience neck stiffness and tenderness, and possibly also signs of nerve irritation like numbness and tingling. Most elbow movements are pain-free despite the surrounding area being painful.
WHO IS AFFECTED?You don’t have to be a tennis player to suffer from tennis elbow. It is caused by the repetitive movements and the gripping actions common in tennis hence the term ‘tennis’ elbow. However, it may also occur in other activities requiring repetitive gripping actions. Tennis elbow can therefore stem from daily activities such as using scissors, cutting meat, carrying grocery bags, gardening, manual work that involves repetitive turning or lifting of the wrist, such as plumbing, or bricklaying, and typing.
ACUTE VS CHRONICAcute tennis elbow, also known as lateral epicondylitis, is an injury to structures involved in extending (straightening) the wrist and fingers at the site where the forearm muscles attach to the bone via the extensor tendon. It occurs when more force is applied to that area than the normal healthy tissue can handle. For example:
- Unaccustomed hand use such as starting the tennis season,or increasing the frequency or amount of time playing tennis too quickly. Sometimes just a weekend of home DIY may trigger it
- Excessive gripping or wringing activities, possibly a new racket or different grip size
- Poor forearm muscle strength or tight muscles
- Poor technique (this may be a poor tennis shot).
TREATMENTTennis elbow should be diagnosed by a physiotherapist or doctor. A history is taken, and tests performed. Referred pain from the neck and reduced nerve mobility can mimic tennis elbow. The physical therapist must check your neck and clear it from any involvement in your elbow pain. An ultrasound scan or MRI are the best tests to identify tendon damage,but are often not necessary. Physical or manual therapy treatments than can help include:
- Massage therapy to relieve pain and stretch tight muscles and structures
- Manual therapy can mobilise joints in the elbow and around the neck to ensure normal function
- Taping and braces are beneficial in reducing pain in the elbow and supporting the muscles when you return to sport n Ice and ultrasound therapy may be used to reduce inflammation.
- Dry needling can also be effective for pain relief, releasing trigger points in the muscle and promoting tissue healing
- Exercise therapy should be prescribed to strengthen and balance the muscles of the forearm. While stretches help to lengthen tight muscles.
Don’t Let Yourself Be Sidelined by Tennis InjuriesTennis is one of the most popular sports throughout the world, with approximately 75 million participants worldwide. It is a sport that you can play at every age and at every level. Children can start playing from the age of 4, using softer, slower balls and smaller rackets on modified courts to make the game easier and more fun, gradually progressing to regular rackets, balls and courts. Older players can start the sport at any age and can continue playing all their life. Whether you are looking for the competitive club league tennis or a more social game amongst friends, tennis is an excellent sport with loads of health benefits. Tennis is a fun and social (as well as competitive) way to add to your weekly activity goals.
Here are some amazing benefits of participating in regular activities like tennis:1. Increased brain power From alertness to tactical thinking, tennis enhances the neural connections in your brain. Kids who play tennis regularly get better grades at school. 2. Better hand–eye coordination Playing tennis involves regular skills that all contribute to good hand–eye coordination. You can improve your agility, balance, coordination, reaction time and more. This can benefit you in injury prevention where improved balance and agility can help protect against rolling an ankle or tripping and falling often resulting in sprains or Colles fracture of the wrist or worse a hip fracture in older age. 3. Reduced stress Tennis involves physical, mental, social and emotional challenges, which increase your capacity to deal with stress. Or simply running around smashing some balls may help you to blow off some stress too! 4. Strong heart Compared with other sports, tennis players have the lowest incidence of cardiovascular disease. Playing just 3 hours a week will reduce your risk of heart disease by 56%. 5. Higher fitness levels Playing tennis on a regular basis (2–3 times/week), either singles or doubles, meets the global exercise recommendations and leads to increased fitness levels. Tennis is an excellent interval training technique - running, stopping, burst of activity then rest between points or games (which elevates and then lowers heart rate repeatedly through a match) which is proven to be hugely beneficial in improving fitness levels and in cardiovascular conditioning too. The effect is not only seen in elite players but with recreational tennis too. 6. Leaner body Tennis is an excellent and fun way to burn calories and lose weight. An hour of singles play can burn 580–870 calories. A lower body weight has immense benefits in preventing and managing cardiovascular diseases including diabetes, and a lighter frame will reduce loading on your back and joints reducing joint pain and possible arthritis in older age. 7. Strong bones Playing tennis on a regular basis leads to stronger, healthier bones. This effect is strongest in those who play tennis from an early age, but even if you start playing tennis later in life you can benefit from the positive effect on your bones. This is applicable to both women and men combating the development of osteoporosis a.k.a. brittle bones with ageing. 8. Strong leg muscles Playing tennis strengthens your leg muscles, which helps maintain your mobility and independence in old age.
The Secret is Staying Injury FreeBut these health benefits won’t be very fruitful is you are sitting side-lined because of injuries and while some injuries are quick to repair, others can take a couple of weeks and others may be more stubborn, taking 6 weeks or more. What’s more frustrating, and unfortunately very common, is the risk of re-injury. One of the greatest risk factors for an ankle sprain or a muscle strain (tear) is having suffered from a previous sprain or strain. Nearly 2/3rds of tennis injuries are chronic overuse injuries, many of which are caused by poor technique, incorrect equipment use and lack of physical conditioning
Acute injuries, like an ankle sprain or calf strain, although sudden and unpredictable can also be prevented with adequate preparation and appropriate conditioning. Chat to one of our friendly staff for more information on how to prevent common tennis injuries and stay in the game longer!
10 top tips for Cyclists
Common injuries in Cyclists include knee, lower back, neck and shoulder
Make sure your bike is suitable for the type of riding you are doing
Make sure your body fits the bike
Have a great pedalling technique
Vary your riding from day to day
Stretch and activate, slow build your effort as you start your ride
Target sleep, stress, diet and alcohol
Eat well especially during and after a ride of 2 hours or more
Have a strong and consistent recovery routine
The recovery ride – An easy one our ride at high cadence and low power is essential to good recovery after a hard day.
Remedial Massage and its effects on FasciaWhat is fascia? Fascia is a type of connective tissue that essentially holds us together. It is composed of mostly collagen and elastin. The fibres of collagen are the longest and strongest form of protein molecules found within body, they can hold up to ten thousand times their weight. Collagen provides the tensile strength and structural integrity of the connective tissue. Whereas the elastin fibres allows the connective tissue to stretch, providing flexibility and the capability to absorb shock. These fascial fibres sit in an extremely receptive transparent fluid base that is interwoven in many directions all over the body. Types of Fascia:
- Compartment fascia – surrounds individual muscle fibres, muscles, and muscle groups.
- Superficial Fascia – the fascia that lies just under the surface of the skin.
- Fascial sheaths – Superficial fascia that covers joints providing support and stability.
- Visceral fascia – surrounds each organ.
- Myofascial meridians/slings – bilateral systems of receptive connective tissue. These fascial slings relate to how we sense ourselves and how we move through life.
Experiencing knee pain while walking, running, squatting, kneeling, going up or down stairs or slopes?
You may have a condition known as Patellofemoral pain syndrome.Patellofemoral pain syndrome is one of the most common knee complaints of both the young active sportsperson and the elderly. Patellofemoral pain syndrome is the medical term for pain felt behind your kneecap, where your patella (kneecap) articulates with your thigh bone (femur). This joint is known as your patellofemoral joint Patellofemoral pain syndrome, is mainly due to excessive patellofemoral joint pressure from poor kneecap alignment, which in time, affects the joint surface behind the kneecap (retropatellar joint). Physiotherapy inventions help strengthen one’s quadriceps and hips, which subsequently aids in restoring the biomechanics of the patellofemoral joint. Physiotherapists are able to advise and design customised exercise programs to improve the strength of your knee and leg muscles and help you maintain good general fitness. If you are experiencing patellofemoral pain, or any pain in your knee and joints, it is important to have your condition assessed by a physiotherapist. Patellofemoral pain typically develops because of 1 of 3 different reasons 1. Excessive pronation of the foot (flattening of the arch). It doesn't matter if you have high arches or flat feet, it depends on how much your arch flattens from non-weight baring to weight baring. This can be addressed in the short term with the use of orthotics but a strengthening program of the muscles that support your arch is recommended. 2. Weak quadriceps (weak thigh muscles). The quads are the largest muscle group in the body that we use to extend our knee. Important for walking, running, squatting, and climbing stairs. We can test your maximum isometric contraction and compare it to your unaffected side to see if this is a contributing factor and address any deficit with an appropriate strengthening program. 3. Weak hip abductors (gluteal muscles). Gluteus medius and minimus help to keep our pelvis level while walking and running. If your opposite hip dips then the knee you are standing on will drift inwards causing poor alignment of the patellofemoral joint. This deficit can be picked up with good observation skills and strength testing.
Why get a functional Screen?Firstly to properly answer this question we must ask ourselves …
…. WHAT IS A FUNCTIONAL SCREEN?A functional Screen is a test (or group of tests) that assesses mobility and stability throughout the body. This will identify areas of the body that may be tight, weak or dysfunctional. It identifies asymmetries within the body. The measures obtained are compared to norms so that you know exactly where you sit in regards to others (certain variables such as height and age are taken into account)
Here at Pottsville and Cabarita Physiotherapy some of the Functional Screening tools we use include;
- FMS (Functional Movement Screen)
- SFMA (Selective Functional Movement Assessment)
- Y balance (Upper limb / lower limb balance and Stability)
- Treadmill Running assessment (With video analysis)
- Posture Assessment (Using the latest app)
This moves us on to the next question…… Why should we get a Functional Screen?
PREVENT an INJURY & PAIN