"I attended a day-course at the BSO on sports biomechanics and muscle chains. It was the first time I had returned to the institution since I graduated over 7 years ago. It felt a bit strange initially, but not much had changed about the place. The course was taken by Robin Lansman, who had run a few tutorials when I had been an osteopathic student. The idea of the course was place the osteopath within the scheme of sports-related therapy, and to use a bench mark of assessment to identify lesions within the whole myo-fascial system of the body. The particular test that was focused on was the Squat Test. This was done with the feet slightly pigeon-toed to tighten the hip girdle and amplify spinal restriction. Each squat was accompanied with the raising of both arms in front, preferably using a small weight. Squats are repeated until fatigue starts to set and problem areas can be identified or reported."
I've tried to implement this approach on a number of patients already, and it appears to bring issues to the surface. I've also started reading 'Anatomy trains', by Thomas Myers, many years after I first bought it. It's a bit idiosyncratic but has plenty of useful information about myofascia."
Body Back-Up is primarily an Osteopathic Consultancy Service, specialising in back pain and other muscular—skeletal injuries. We offer people of all ages a modern and professional approach to treating back problems incorporating Ergonomic advice with hands on treatment - as well as Bio-mechanical assessment and detailed individual advice based on our findings
Saturday, 22 December 2012
Friday, 21 December 2012
Heel pain? Which type is all important in the treatment and resolution
Parameters and Clinical Presentation
Heel pain is more aptly termed Calcaneodynial is an
extremely common complaint. The problem
can be as simple as a nail or foreign object in the shoe or as complicated as a
bone tumour.
All age groups can be affected, although heel pain is
rarely seen below age 8.
Onset can be insidious or rapid and the course may be
acute or chronic.
Symptoms can include pain located at the inferior aspect
of the heel either medial, central, or lateral, retro-calcaneally, surrounding
the plantar periphery, or radiating up the medial or lateral aspects of the
calcaneous.
Pain can be intense following rest or improved with
rest and becoming progressively worse with activity.
The range of pathological entities that can produce
heel pain is vast, and includes inflammatory and degenerative arthropathies,
metabolic disturbances, nerve entrapments, trauma, and overuse syndromes.
These underlying entities can be divided into two
basic etiologies, metabolic and mechanical.
Although heel complaints usually fall distinctly into
one of these two categories according to the clinical appearance and history,
it is certainly possible to find cases where both etiologies are present
simultaneously and the symptoms superimposed.
Plantar muscles can also contact and cause pain in the heel - the advice can involve contrast bathing and myofascial release treatment when appropriate
Tennis elbow? Golfers Elbow? Diagnosis and tips?
Robin Lansman D.O.
Osteopath established “Body Back-Up Osteopathy & Sports Injury
Clinics” in 1988. He runs workshops for
healthcare professionals at under-graduate and post-graduate in London , across the UK
and Europe .
He practices in London
(Maida Vale) and in Berkshire (Maidenhead).
Pain in the wrist or elbow is a
common problem in any profession where the hands are used for precise and
awkwardly angled procedures. The control
needed to use tools, together with the fact that much of the day's work involves
using the hands and forearms in this demanding way, also affects the amount of
pain experienced.
Using one part of the body to excess over a long period
eventually causes the tendons and joints to become inflamed and sore, which
then causes the muscles to tighten. This
is known as Repetitive Strain Injury (RSI).
In the condition commonly
referred to as Tennis or Golfers' Elbow, pain is normally felt within the
forearm muscles and in the area around the tip of the elbow. However, this is only one way in which RSI
can affect the arm.
If gentle pressure is applied to the bony parts around the
elbow there may be areas of soreness or pain.
The forearm muscles may feel tight and tender.
The tightest bundles of muscles
may even be detectable as bumps under the skin surface. This is a strong indication that muscles have
not been given a chance to relax.
But what can you do to prevent
RSI?
Some of the larger forearm
muscles that produce grip are also involved in the twisting action of the
forearm, for example, when suturing. The
difficulty arises when the hand is closed, holding the needle, because
contraction of the opposing muscle groups within the forearm is required to
produce the motion.
After a time, dependent on the
workload and the tightness of the grip needed, the muscles will stiffen, so
that the turning action gradually becomes harder to perform.
The strength of the grip will
further deteriorate, partly due to the fatigue of the gripping muscles but also
because of an increase in the pull of the opposing group of muscles.
How to treat yourself
1.
Application
of heat
If overused muscles have no chance to meet their normal physical needs, then any damage to the tissue will be slow to heal. Surrounding the forearm in heat produces the most efficient means of relaxing muscle.
Ideally a hot bath will do that job. However, applying a wrapped hot-water bottle to the forearm to allow the heat to permeate it fully may provide a more convenient alternative.
If overused muscles have no chance to meet their normal physical needs, then any damage to the tissue will be slow to heal. Surrounding the forearm in heat produces the most efficient means of relaxing muscle.
Ideally a hot bath will do that job. However, applying a wrapped hot-water bottle to the forearm to allow the heat to permeate it fully may provide a more convenient alternative.
2.
Application
of ice
Ice can be applied to reduce both pain and swelling, but it is important to use ice carefully. Since cold causes blood flow to be reduced, people with poor circulation must be cautious of over-cooling.
To avoid skin burn, ice should not make direct contact with the skin. Instead, a liable bag of frozen peas with a paper towel between the bag and the problem area should be used.
The pack should be left on until the pain has been numbed by cold. This should be done for no more than five minutes at a time.
Ice can be applied to reduce both pain and swelling, but it is important to use ice carefully. Since cold causes blood flow to be reduced, people with poor circulation must be cautious of over-cooling.
To avoid skin burn, ice should not make direct contact with the skin. Instead, a liable bag of frozen peas with a paper towel between the bag and the problem area should be used.
The pack should be left on until the pain has been numbed by cold. This should be done for no more than five minutes at a time.
3.
Self-massage
By using self-massage to the forearm, you can stimulate blood flow as well as loosening and relaxing the forearm muscles.
This is cone by using the thumb of the other hand to apply pressure in long even strokes along the length of the forearm, from the mid forearm towards the elbow. Some areas will appear more tender than others, and will require more attention.
Massaging should continue, even withstanding a moderate level of discomfort. After several minutes the level of soreness should subside.
If this procedure is followed while bathing the arm in warm soapy water, the process is even more effective and comforting.
Self-massage
By using self-massage to the forearm, you can stimulate blood flow as well as loosening and relaxing the forearm muscles.
This is cone by using the thumb of the other hand to apply pressure in long even strokes along the length of the forearm, from the mid forearm towards the elbow. Some areas will appear more tender than others, and will require more attention.
Massaging should continue, even withstanding a moderate level of discomfort. After several minutes the level of soreness should subside.
If this procedure is followed while bathing the arm in warm soapy water, the process is even more effective and comforting.
4. Stretching exercises
Gently stretching forearm muscles while they are not in use can help overcome some of the stiffness within the forearm.
First, close the hand tightly and straighten the elbow, putting the forearm muscles in tension. Slowly bend the wrist backwards until stretch can be felt along the forearm.
Hold that position, and slowly bend the wrist forwards until tension is again felt along the muscle.
Since no gripping work is involved, the tension developed will merely stretch the muscles gently. If there is a focal point of tenderness around the elbow, the range and intensity of wrist movement must not cause stretch that might aggravate the muscle origins and so worsen the problem.
Gently stretching forearm muscles while they are not in use can help overcome some of the stiffness within the forearm.
First, close the hand tightly and straighten the elbow, putting the forearm muscles in tension. Slowly bend the wrist backwards until stretch can be felt along the forearm.
Hold that position, and slowly bend the wrist forwards until tension is again felt along the muscle.
Since no gripping work is involved, the tension developed will merely stretch the muscles gently. If there is a focal point of tenderness around the elbow, the range and intensity of wrist movement must not cause stretch that might aggravate the muscle origins and so worsen the problem.
5.
Use
of elbow braces
Reducing the repetitive pull on tendons on their elbow attachments is another way of minimising the risk of RSI.
Where the elbow area has become particularly tender, firmly wrap a forearm or elbow brace just beyond the elbow joint itself around the forearm belly of muscle.
This will effectively transfer the muscle origins. The pull, therefore, becomes focused on the brace instead of the elbow.
This measure is, however, of only short term value, since moving the muscle origin attachment just causes the tension and muscular fatigue to be confined to lower in the forearm.
Reducing the repetitive pull on tendons on their elbow attachments is another way of minimising the risk of RSI.
Where the elbow area has become particularly tender, firmly wrap a forearm or elbow brace just beyond the elbow joint itself around the forearm belly of muscle.
This will effectively transfer the muscle origins. The pull, therefore, becomes focused on the brace instead of the elbow.
This measure is, however, of only short term value, since moving the muscle origin attachment just causes the tension and muscular fatigue to be confined to lower in the forearm.
A brace can be purchased from chemists and sports
shops – ask for advice if you are not sure of your size or how to position the
brace properly or ask us at BODYBACKUP!
If the symptoms worsen or show no response to self-help measures, you should
seek professional advice.
Runners World article on muscle power improvement JANUARY 2013 -
Improving muscle fibre recruitment - the way to improve performance!
Now available in LONDON!
Runners World article PDF
Functional ACTIVE Release
http://www.runnersworld.co.uk/triathlete/triathlon-injury-prevention/body-of-knowledge/4516.html
Now available in LONDON!
Runners World article PDF
Functional ACTIVE Release
http://www.runnersworld.co.uk/triathlete/triathlon-injury-prevention/body-of-knowledge/4516.html
Ankle strain - why it is so hard to shake and some top tips to help!
This common problem indicates of chronic cycle of
strain, with intervals of rest increasing strain and greater stiffness. Ligaments supporting the joint are most vulnerable
when the local muscles tighten.
Shortened muscles are weaker than healthy muscles.
The foot arch becomes twisted and then rigid whilst
muscles in foreleg and calf brace the ankle.
The muscle imbalance and pain cause and distort the ‘gait’.
In my practice we suggest mild ankle support and ‘shock
absorbing gel cushion insoles’ at the early stages of ankle injury – in all ‘work
shoes or boots’ to support the foot arches and prevent the ankle
rolling even when standing or walking
We use ‘Functional Active Release’ to release
contracted muscle above the ankle and suggest the application of HEAT
(microwave heat packs are best) to the calf and shin –
to help muscle and blood flow and enhance support and
control of ankle function.
Any localised areas of swelling of the ankle
‘collateral’ ligaments requires ice – for short 5 minute bursts as
longer will freeze the area and actually reduce drainage and healing!
Strength training and muscle balance exercises can
then begin.
Typically gentle body weight lunges, wobble board
training and swimming – using specialised foot kicks can make all the
difference - if carefully managed.
Remember: The key is not to overstrain
protective or shortened muscle during resting.
It is easily been re-traumatised.
We use a specialised ‘SQUAT’ Analysis to test
symmetry, stability and fatigue of the lower limb, - so
we can give a firm idea when you are ready to run again without constant fear
of re-injury.
Using the ‘Squat’ daily helps you monitor any remedial
action needed at the EARLIEST stage.
Remember our ‘steps’ to recovery
·
Gentle support and Ankle brace insoles in ALL shoes
·
Release and heat muscles of the foreleg daily
·
Strengthen and rebalance
·
Return to Sport – monitoring progress using the
“Squat”
Robin Lansman D.O.
Osteopath :
established “Body Back-Up Osteopathy & Sports Injury
Clinics” in 1988.
He runs workshops for
healthcare professionals at under-graduate and post-graduate in London across the UK
and Europe . He practices in London
(Maida Vale) and in Berkshire (Maidenhead).
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