Archive for the 'sports injuries' Category

Beware of your New Years Resolution!

Was your New Year resolution for 2012 to: lose 20lbs, run a marathon, start exercising regularly, begin walking to work instead of driving?  If you answered yes, please read my cautionary advice- Beware of your New Year Resolution!

In January and February each year my physio clinic sees a sharp increase in injuries amongst people who’ve made these types of New Year resolutions. These patients always share one thing in common, they push themselves too much, too soon!

It is inspiring to make lifestyle changes to increase fitness and improve health and well being.  Come the 1st of January people can be seen  jogging in the park, riding their bicycles, or hard at work at the gym.  Their enthusiasm can be infectious, if not sometimes irritating! 

But my words of caution are to start slowly and progress slowly.  Any increase in exercise must be done in a gradual way- this is to allow the body a period of adaptation. Adaptation is the physiological phenomenon of the body adapting to the stresses and strains of the training you subject it to- in this case making the muscles, tendons and bones stronger and the cardiovascular system fitter.

Here is a common example.  You have decided to enter a 10km fun run.  Having never run before you begin sensibly by doing combination walking / jogging intervals for a total of 20min, 3 a times a week- a very sensible start!  After 2 weeks you are finding it all a lot easier and can jog for 20min without stopping- brilliant! You then decide to increase to 30min jogging 3 times a week- surprisingly your breathing and endurance feel good- but after your third 30min jog you notice your Achilles tendon is hurting you.  And there you have a start of Achilles tendonitis- a condition that can take anywhere from 3 weeks to 3 months to settle down!

What went wrong, you ask yourself, I was doing so well.  Quite simply your cardiovascular fitness improved quickly, but your musculo-skeletal system did not have enough time to adapt to the new stresses of jogging.  By increasing the loading on the tendon by 50% extra from one week to the next- the Achilles tendon had not had enough time to adapt and was not strong enough to withstand the increased loading.  The tissue broke down and became inflamed.  This is a typical example of a training related injury that we see in the clinic.

The advice is quite simple- give your body, particularly your joints, muscles and tendons time to adapt to your increases in training.  Don’t be overeager and push yourself too much too soon when you feel things getting easier.  As a simple guide, increase training volume by no more than 10% each week to begin with.  Allow your body time to adapt and adjust.

My own experiences were quite similar- I took up jogging following my 30th birthday one February, having entered the Watford 10km fun run in April that year.  My first problem was shin splints (medial tibial stress syndrome), this eventually settled somewhat by the June after the fun run, my cardio fitness had improved much more quickly than my musculo-skeletal adaptation. I then entered my first half-marathon, Stevenage half marathon, that September.  Up to that point I could run 10miles with no trouble other than the shin splints.  But during the half marathon from mile 10 to 13 I began feeling pain on the outside of my foot.  I completed the half marathon in 1hr50min which I was very pleased with- but my foot hurt for 6weeks!  The upside was that I was thrilled with my half-marathon time and the shin splints never came back.  But no way could my body have adapted enough during that year to run a marathon.  It was 18months later in April 2006 that my body had adapted enough to enable me to train for and run the London marathon successfully.

Good luck and congratulations on a commendable resolution for 2012, give it time, be patient and most of all

The BOOST Blogger- Steven Berkman, Head Physiotherapist at BOOST PHYSIO, Hendon NW4

persevere.

Regards- from Steven Berkman- the BOOST BLOGGER

Skiing Troubles?

Skiing injury

Laura Harman- Senior BOOST PHYSIO dealing with skiing issues

Have you ever wondered why your knees hurt when you ski? Why your thighs burn at the end of the day? Or why you find it easier to turn to the right?

If the answer is yes…then maybe Pilates for skiers can help!

Regardless of your level of skiing, if the body isn’t conditioned correctly it can be very demanding, putting excess stress on your joints, muscles, ligaments and tendons, leading to pain and injury.

You may well have heard of Pilates before with regards to back strength and stability. Pilates for skiers is a particular type of Pilates that targets the specific muscles that you use when you ski.

Pilates for skiers is designed to assess the body and prepare it for the demands that skiing places on it. It will focus on:

-         Posture awareness and education (skiing and non-skiing posture)

-         Assessment of muscle imbalance

-         Core stability

-         Balance and coordination

-         Ski specific muscle strength/endurance and flexibility

The programme aims to prevent injury and increase strength and endurance. By doing so, it will improve skiing efficiency, ultimately making your skiing holiday more enjoyable!

The benefits of Pilates for skiers can be enjoyed by anyone, regardless of your age or skiing level. Whether you simply want to get fit for an approaching ski holiday or address a specific skiing issue – Pilates for Skiers can help!

Book a Pilates for Skiers session with Laura today and begin your skiing training now! Your body will thank you if you do!

Call BOOST PHYSIO in Hendon, NW London, on 020 82017788 for an appointment.

Twisted or Sprained Ankle? Read on…

Sprained or twisted ankles

Ouch! Swelling and bruising after a twisted ankle indicates a Grade 2 injury which can take 6 weeks to heal.

Twisted or rolled over your ankle?  OUCH! It can be very painful and swollen. What is an ankle sprain and how does

one treat it?  Ankle sprains are one of the most common injuries that we treat at BOOST PHYSIO in North West London. If you have gone over on your ankle and want to know what to do, then read on. Laura Harman, Senior Physiotherapist at BOOST PHYSIO, explains the anatomy of ankle sprains and treatment including useful exercises you can do at home.

Anatomy of the ankle

The ankle is a complex structure made up of 3 different joints:

1) Talocrural joint (ankle joint)

The talocrural joint is what most people think of as the “true” ankle joint. It is made up of three bones; the tibia on the inside, the fibular on the outside and the talus underneath. This joint allow the up and down movement of the foot (dorsiflexion and plantarflexion)

2) Subtalar joint

The subtalar joint sits below the talocrural joint and is made up of the talus and the calcaneus. This joint allows the inward and outwards movement of the foot (inversion and eversion). The main role of this joint is to allow the foot to adjust to uneven ground.

Ice compression treatment is used soon after a sprain to reduce swelling

3) Inferior tibiofibular joint

The inferior tibiofibular joint is the joint between the ends of the tibia and fibula. Although there is minimal movement of this joint, it is important for stability of the ankle.

In addition to the joint, there are many muscles and tendons in the ankle that allow it to move in various directions. There are also numerous ligaments that provide the foot and ankle with stability.

The main ligaments for the ankle are:

  1. Lateral collateral ligament – attaches the fibula to the calcaneus and provides stability to the outside of the ankle joint.
  2. Deltoid ligament – attaches the tibia to the talus and calcaneus and provides stability to the inside of the ankle joint.

What is an ankle sprain?

An ankle sprain is a very common injury. It can occur during sporting or everyday activities.  An ankle sprain is injury to the ligaments of the ankle. Ligaments are elastic band type structures that support and stabilise joints. During normal movements the ligaments stretch to allow us to move. When a ligament is stretched too far it results in an ankle sprain. Ankle sprains are essentially overstretching or partial tearing of the ligaments. In severe cases, the ligament can completely rupture. There are different types of sprain depending on the severity of the injury:

Grade 1 – Tearing of a few ligament fibres

Grade 2 – Tearing of a considerable portion of the ligament fibres

Grade 3 – Complete tear of the ligament

Ultrasound and electrotherapy for sprained ankle to speed up healing

Ankle sprains occur when the foot is rolled inwards or outwards, beyond it’s normal range of motion. This can happen in a number of ways, some of which are listed below:

a)      Running or walking on uneven ground

b)      Slipping off the edge of a curb or step

c)       Jumping and landing awkwardly

d)      Loosing your balance whilst wearing high heels.

The lateral ankle ligaments are much weaker than the medial deltoid ligament. As a result, inversion injuries were the foot rolls inwards are far more common that eversion injuries were the foot rolls outwards.

Treatment of ankle sprains

The most important period following an ankle sprain is within the first 48-72 hours. In this time it is important to follow the PRICE principles. PRICE helps to limit the bleeding and subsequent swelling that cause pain and joint stiffness.

Protection  – Protect the ankle from further damage.

REST – Reduce activity to help decrease bleeding and swelling. This can be achieved using crutches.

Later stages we use mobilisation techniques to restore full flexibility to the ankle

ICE – Primarily used to decrease tissue metabolism in the early stages of the injury.

Compression – Decreases bleeding and therefore swelling. This is usually achieved using a compression bandage.

Elevation –helps to decrease the build up of fluid.

After the first 48-72 hours, you can begin to gradually put more weight through the ankle and start some basic ankle exercises (follow this link to view an example of early phase exercises for ankle sprains). It is important to carry out these exercises in order to prevent joint stiffness.

In order to promote the healing process of the ankle, other treatments can be used such as massage and ultrasound .

Once the pain starts to settle, it is important to strengthen the muscles surrounding the ankle before returning to any sporting activity in order to prevent future injuries.

The usual healing time for an ankle sprain is 4-6 weeks.

Rehab exercise is needed to ensure full strength and balance is returned to the injured ankle

Pilates for Skiers

Pilates for Skiers

Have you ever wondered why your knees hurt when you ski? Why your thighs burn at the end of the day? Or why you find it easier to turn to the right?

If the answer is yes…then maybe Pilates for skiers can help!

Skiing is a very popular sport enjoyed by people all over the world. It ranges from recreational to professional with a variety of types including moguls, downhill, off-piste, freestyle in addition to snowboarding.

Regardless of your level of skiing, if the body isn’t conditioned correctly it can be very demanding, putting excess stress on your joints, muscles, ligaments and tendons, leading to pain and injury.

You may well have heard of Pilates before with regards to back strength and stability. Pilates for skiers is a particular type of Pilates that targets the specific muscles that you use when you ski.

Pilates for skiers is designed to assess the body and prepare it for the demands that skiing places on it. It will focus on:

-         Posture awareness and education (skiing and non-skiing posture)

-         Assessment of muscle imbalance

-         Core stability

-         Balance and coordination

-         Ski specific muscle strength/endurance and flexibility

The programme aims to prevent injury and increase strength and endurance. By doing so, it will improve skiing efficiency, ultimately making your skiing holiday more enjoyable!

The benefits of Pilates for skiers can be enjoyed by anyone, regardless of your age or skiing level. Whether you simply want to get fit for an approaching ski holiday or address a specific skiing issue – Pilates for Skiers can help!

Book a Pilates for Skiers session with Laura Harman, Senior Physiotherapist at BOOST PHYSIO Hendon, today and begin your skiing training now! Your body will thank you if you do!

Call us on 020 82017788 to book your session!  See our website for more information www.boostphysio.com

Sports Massage for Runners

Helena Lundvik- Senior Massage Therapist at BOOST PHYSIO in Hendon, NW London, writes here about sports massage work that she does with runners of all levels- from fun runners to marathon runners.

Helena- BOOST PHYSIO Massage Therapist

I massage many athletes and runners at Boost Physio and I use a variety of techniques like Deep Tissue Massage and Soft Tissue Release (STR). STR is a specialised stretch where specific areas within a larger muscle are targeted. It is used to effectively release tension in areas of muscles that normal massage or general stretches aren’t able to reach, to break up adhesions and increase the flexibililty in the muscle tissue. This can in turn increase the range of movement and improve the quality of movement in joints.

I have used a combination of Deep Tissue and Swedish massage and STR with runners and athelets with excellent results. The treatment helps to prepare the patient for peak performance, to drain away fatigue, to reduce muscle tension and prevent injuries.

Massage is especially important for runners who run more than 35 miles per week. The more miles you run, the more strain your muscles are under and the more beneficial massage is. If you incorporate massage into your training schedule it will help you to train optimally.

By having a massage treatment immediatly before or after an event will also help reduce the muscle spasms that occurs with vigorous exercise.

Helena our Massage Therapist at BOOST PHYSIO, Hendon, NW4

BOOST PHYSIO are running a Massage Special offer- have 2 one hour massage sessions with Helen between 13/1/11 and 28/2/11 for only £85 (normal price would be £100 for 2x 1hr massage). Simply call us on 020 8201 7788 to book the 2 massages and pay £85! 

Cryocuff cold compression therapy

The Cryocuff is a fantastic bit of physiotherapy equipment we’ve invested in at BOOST PHYSIO. Cryocuff is a cold-compression therapy system that is ideal for treating knee, ankle and foot swelling and pain.

We tend to use it most often post-operatively. For example following total knee replacement, ACL reconstruction surgery, key hole surgery to the knee and post-meniscectomy. For ankle injuries we use Cryocuff to bring down swelling after torn ligaments, fractures and surgery (eg following bunion surgery, achilles tendon repair surgery etc).

What exactly is the Cryocuff system? There are various garments used for the different body parts- ie ankle, knee etc. These are applied by your physiotherapist to the affected area and the the garment is filled with iced water! As the garment fills with the iced water it begins to compress the affected area.

You should be familiar with the acronym RICE which is used in physiotherapy treatment and injury management: Rest, Ice, Compression, Elevation. Cryocuff treatment forms a crucial part of the ice and compression of the RICE regime.

Boost Physio in Hendon will apply and use this treatment when appropriate.

Freestyle Footballer, Ethan Altman, following his injury treatment

Freestyle footballer, Ethan Altman, sent us this thank you video, after having treatment at BOOST PHYSIO he was able to return to this exciting sport of Freestyle Football.  Have a look at him in action- he is amazing!!

This is what Ethan had to say: ” I’m Ethan Altmann, I had about 5 sessions with Jolene to help me through an injury. I am now fully healed!

I was given a lot of stretches and strengthening exercised to do and taught how to do them, I was told to rest for at least two weeks. I did the exercises and I rested, and I am really really happy I made a full recovery so quickly to return to my training!”

Jolene Sher, Senior Physiotherapist @ BOOST PHYSIO

This is a link to Ethan’s Youtube channel www.youtube.com/EraOfFreestyle

This is a link to Ethan’s “crew” homepage:  www.thefootballfreestylers.com

David Beckham’s Achilles injury- 6months at least

Everyone is asking me “how long will David Beckham be out for”- a long time I keep telling them!  It sounds like he has a ruptured achilles tendon, this is very easy to diagnose with 1 very simple test (the need for MRI’s and advanced scans etc is a nice bonus, but mainly useful if you suspect a partial tear only).

The achilles tendon is the very strong and tough sinew that attaches that big calf muscle (gastrocnemius and soleus) to the calcaneus (heel bone).  Ruptures (where the tendon snaps completely) of the achilles tendon are a common injury in over 35 year olds, making David Beckham a prime candidate for a rupture.  It is a common injury it football, but also in tennis, squash and basketball due to the explosive push-off (and also in fathers and sons races at school sports day as a good friend of mine will testify).

So what is the treatment- well it aint gonna grow back by itself- so surgery it is.  I’ve personally diagnosed and sent for surgery 4 cases of ruptured achilles tendon that have been missed by GPs.  The surgery stitches the tendon together and then usually involves immobilising the leg from the below the knee down to the toes for 6 weeks.  Then is the slow process of physiotherapy to recover the movement and strength.  Like I said 6 months out of sport at least. 

One of my patients had surgery in Israel for a ruptured achilles tendon which was very successful- this involved a per-cutaneus stitching of the tendon.  Per-cutaneus is where there is only a very small hole made in the skin, rather than a big incission to perform the traditional operation.  This led to much quicker rehab and recovery time- reduced by approximately 1/3.  I suspect that in David Beckham’s case a traditional procedure will be performed (probably today) because it is critical that the tendon is repaired very strongly and this may not be the case with the per-cutaneus procedure.

So in short David Beckham will not be able to attend the world cup in my opinion.

Steven Berkman- the Boost Blogger

The BOOST Blogger- Steven Berkman

Top 10 Gym Sins?

Sports Injuries caused at gym

Top 10 injuries in the gym

Last week I met with a group of good friends and fellow NW London Physiotherapists and Osteopaths for a delicious Chinese Meal, I mean CPD (Continued Professional Development) event.  Naturally no discussion would be complete without us outlining the top ten gym injuries and BAD exercises … so I thought I’d share it with you…

  1. Dead lifts- why on earth anyone would want to lift a heavy weight with their knees locked and bending from the back is not only beyond me but idiotic!!
  2. Seated Cable Rows ( sitting on floor with feet in front of you)- another lumbar disc injury waiting to happen
  3. Lat Pull downs behind the head- cervical spine injury and disc irritation
  4. Lateral raises with dumbells- impingement syndrome and supraspinatus tendonitis HELLOOOO!!!
  5. Weighted squats- where do we begin with this one ( Lumbar spine, cervico-thoracic junction pain, knee pain, patella femoral pain)
  6. Kettle Bells- the hip in vogue exercise form will do wonders for developing a lumbar disc protrusion or supraspinatus impingement
  7. Vibro-gym / Power Plate- great for aggravating all existing knee conditions, particularly mensicus trouble. Also good if you have a lumbar disc that has almost blown and you really want to speed up the process, do some deep squats while vibrating away at a high frequency
  8.  Step aerobics- that is if you can still find any gym silly enough to still be offering this sure fire way of developing anterior knee pain, patella femoral pain, patella tendonitis or achilles tendonitis
  9. Yoga head and neck stands (Yes I do really think that resting your whole body weight through your neck is  NOT a good idea)
  10. Back Extension machine – do 3 sets of 15reps heavy if  you want to have a lumbar spine facet joint problem and for about 4-6 sessions of physiotherapy

     

Clearly you can see that this is a somewhat glib listing, but please bear in mind that these warnings and concerns are based on actual injuries that I have treated and seen as a direct result of incorrect gym exercises.  If you do have any questions or have an injury related to any of these issues we can certainly help you recover quicker and more fully and prevent any further problems in future.

Call us on 020 8201 7788 or look at our main website www.boostphysio.com

My private physiotherapy clinic is in Hendon, North West London.  And of course we are BUPA and AXA PPP recognised.

Careful gym training- Steven Berkman (The BOOST BLOGGER)