Somatic Education – The Basics and some Resources

In my last post I talked about the difference between stretching and Pandiculation. Based on the number of emails I received in relation to that article I want to clarify how Pandiculation relates to the other main elements of Somatic Education which are;

Sensory Motor Amnesia (SMA)

&

The Three Reflexes (Green Light, Red Light and Trauma)

You can’t fix a problem that you are not aware of. In the context of Somatic Education, Sensory Motor Amnesia is the problem, the Three Reflexes are how the problem presents and pandiculation is (one of) the tools we use to address and resolve the problem.

Everyone has some degree of SMA, from a little to a lot. Read more about what SMA is and how it develops, here.

SMA shows itself in the body as habituated contraction of Three Reflexes. These are brain reflexes, if you are conscious and reading this, then you have a brain, and if you have a brain, you will be susceptible to habituation of these three reflexes. I encourage you to read the three blog entries on each of the reflexes.

Here they are;

Green Light Reflex

Red Light Reflex

Trauma Reflex

When we habituate any or all of the Three Reflexes we will inevitably have movement deficits and/or muscle pain. The extent of either will be dependant on the subtlety or severity of our Sensory Motor Amnesia. Regardless, the approach to resolving the SMA is the same. We must remind the brain how to use the affected musculature correctly. We do this by voluntarily recreating the Three Reflexes and then slowly decreating them.

In the case of Green Light Reflex, this involves  purposely contracting the muscles of the Green Light Reflex, which is all the muscles of the back of the body. This allows us to take cortical* control of those muscles, and then slowly relaxing them under control. This simple act of pandiculating reduces the resting level of tension in the muscles for better movement, reduced pain and improved comfort.

Here is an example of a simple Somatic Exercise to address Green Light Reflex, pandiculating the muscles of the back of the Spine, with an emphasis on the lower back muscles. I would advice watching the video first and then doing the movement whilst listening to the video.

Arch & Flatten with Laura Gates – www.fullmovementpotential.com

Here is another simple Somatic Exercise that addresses Red Light Reflex. Again watch the video first and then do the movement whilst listening to the video.

Flower with Martha Peterson – www.essentialsomatics.com

As you can see from the videos, Somatic Exercises are performed, slowly and gently with the intention of something like a yawn. Try these out and leave a comment on your experience. I am currently developing my own instructional  Somatic Exercise videos and an eBook which I hope to have available in the new year. If these are something you would be interested in leave a comment below this post.

In the meantime here are some links to Somatics resources around the web. You can find more videos from each of these Somatic Practitioners on Youtube and Vimeo.

Martha Peterson – www.essentialsomatics.com

Laura Gates – www.fullmovementpotential.com

Lawrence Gold – http://lawrencegoldsomatics.blogspot.ie/

Susan Koenig – https://www.youtube.com/user/somaticsforyou

 

Books about Somatics

Somatics by Thomas Hanna

The Body of Life by Thomas Hanna

Move Without Pain by Martha Peterson

Move Like an Animal by Edward Barrera

The Sustainable You by John Loupos

 

Somatics Exercises instructional DVDs and CDs

Essential Somatics
Fantastic instructional DVDs and CDs from Martha Peterson

Somatics Educational Resources
(about half way down linked page under the heading AUDIO). These are Somatic Movement Classes guide by the late Thomas Hanna, the man who developed this work. Highly recommended.

Lawrence Gold
Comprehensive Somatics instructional CDs and DVDs for a wide range of issues.

 

I’ll be back soon with my regular Somatics blog posts, in the meantime share this post with anyone you know who is interested in Somatics resources around the web.

~

www.clinicalsomatics.ie

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Stretching Vs. Pandiculation – What’s the difference and why does it matter?

Let’s look at the key differences between stretching and pandiculation. Pandiculation is used extensively in Clinical Somatic Education to regain the brain’s control of tight painful muscles.

Stretching sends sensory information only as far as the Spinal Cord
When a muscle is stretched, the sense receptors within that muscle send information to the spinal cord to indicate that the length of the muscle has changed, in this case lengthened. The spinal cord in response sends an impulse to the muscle being stretched, triggering a contraction (tightening), it also sends an impulse to the opposing muscle inhibiting a contraction. So, stretching a muscle causes it to respond by contracting. This is counter to what you’re are trying to achieve when you stretch. This is a very basic explanation of the stretch reflex. As you can see the brain is not involved in the process at all, the stretch reflex is a spinal cord reflex.

2015-05-08_0919

Pandiculation sends new sensory information all the way to the Brain
When a muscle is contracted, the sense receptors within that muscle send information all the way to the Sensory Motor Cortex of the brain (see image below) to indicate that the length of muscle has changed, in this case shortened and also that the level of tension in the muscle has increased. Because this information has reached the brain, the muscle can be sensed or ‘felt’. It is now under your conscious control. At this point you can choose to increase, maintain or decrease the level of contraction. When pandiculating you will slowly decrease the level of contraction all the way down to complete rest. But the take home point is you ellicit full cortical control over the muscle when you contract it voluntarily.

SMA Brain Diagram

Stretching is passive
Stretching is passive, you are not actively using the muscle, you are merely pulling on it, there is no brain involvement.

Pandiculation is active
During a Pandiculation you are actively using the muscle, your brain is involved in the process.

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Stretching decreases potential power output of  the muscles involved
Passive stretching and even PNF* stretching temporarily reduce the potential power output of the muscle.

Pandiculation increases sensation & awareness of the muscles involved
Pandiculation strengthens the connection between the sensory motor cortex of the brain and the muscle. The muscle can be sensed more clearly and control of both functions of the muscle (contraction and relaxation) are increased. This is because the muscle is both contracted and relaxed slowly and carefully during a pandiculation, essentially allowing you to practice both functions.

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Stretching provides no new sensory information to the brain
Because the brain is not involved in a passive stretch there is no new sensory information for the brain. Therefore no new learning takes place. This may be the most important difference between stretching and pandiculation

Pandiculation provides lots of new sensory information for brain
Because the brain is very much involved in the process of Pandiculation there is a large amount of new sensory information for the brain. Therefore new learning takes place.

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Stretching can be painful
Passive stretching is generally uncomfortable and can even be painful especially if Sensory Motor Amnesia (SMA) is present.

Pandiculation feels good
Pandiculation performed correctly feels very pleasurable and relaxing. It has the feeling of a yawn.

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No attention required to stretch
There is no focused attention required to pull on a limb and evoke a stretch.

Attention required to paniculate effectively
Focused attention is absolutely required to perform an effective Pandiculation, both to contract the desired muscle and also to control the slow relaxation phase so that it feels smooth.

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Temporary change in length
Passive stretching confers only a temporary change in length, if any, as the muscles reflexively recontract in response to the stretch.

Long term change in length
Pandiculation confers more permanent changes in muscle length as you brain LEARNS a new longer resting length for your muscles. Please note the changes in muscle length that are achieved through pandiculation are as a result of the reduced level of tension in the muscle. They are not as a result of tissue remodelling.

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Stretching does not eliminate Sensory Motor Amnesia
Passive stretching does nothing to eliminate the habituated levels of chronic muscular contraction that are typical of Sensory Motor Amnesia (SMA).

Pandiculation eliminates Sensory Motor Amnesia
Pandiculation eliminates SMA quickly and easily by returning control of the muscle to Sensory Motor Cortex and allowing you to learn how to relax and lengthen your muscles.

These are the main differences between Stretching and Pandiculation. One final point to note is that often when people stretch they will stretch muscles in isolation, whereas with pandiculation one contracts many muscles at once. This allows us to release large patterns of contraction more quickly and effectively.

The learning component of pandiculation allows you to develop better sensorimotor control over your muscles, and muscles that you have full control over will not cause pain. It is only those muscles which you have lost control over that become chronically tight and painful. The pain is the warning sign that you do not have control any more.

If you would like to learn more about Somatics and how it can help you to improve your movement and reduce or eliminate your muscle pain, get in touch here.

 

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www.clinicalsomatics.ie

Habituation – How our movement habits can create our pain

How can our movement habits create pain and decrease our ability to move well?

Habituation is the simplest form of learning. It occurs through the constant repetition of a response. When the same bodily response occurs over and over again, its pattern is gradually “learned” at an unconscious level. Habituation is a slow, relentless adaptive act, which ingrains itself into the functional patterns of the central nervous system. (Thomas Hanna, Somatics 1998)

We get good at what we repeatedly do, that is how our brain learns, through repetition. We will get good at things we do intentionally AND things we do unintentionally. If we repeatedly stand in a certain way or walk in a certain way, eventually that way will become learned and automatic. When it becomes automatic we are no longer conscious of it. It becomes our ‘normal’.

The Green Light Reflex is the reflex that drives us forward into the world. It is an inherently positive reflex. Without it we would never have learned to crawl or walk. However, every time your phone rings, someone calls your name, a deadline looms, you rush to be on time, the bodily response is the same, your Green Light Reflex is triggered. All the muscles of the Green Light Reflex contracting, to ready you for action.

In modern society, most people have very busy lifestyles and are constantly under demand from their jobs, children, emails, phone calls, text messages, social activities, hobbies etc. This constant triggering of the Green Light Reflex, leads to habitually and chronically tightened back muscles in exactly the way described by Thomas Hanna in the quote above.

Your ‘normal’ becomes a learned state of contraction, always ready for action and unable to relax fully. You develop Sensory Motor Amnesia (SMA), forgetting how to release and relax all the musculature of the back of the body. A stiff, sore back and reduced ability to move freely becomes inevitable at this point.

The Red Light Reflex is the complete opposite of the Green Light Reflex. It is a withdrawal reflex, a tightening of all the front of the body in an attempt to make ourselves small and hideaway from fear or danger. Red Light is triggered by fear, danger or threat, .ie when we hear a loud noise, or someone yells ‘duck!’. It can equally be caused by spending too much time slumped in front of a laptop, tv, tablet or smartphone. Nowadays this seems to be a major cause of Red Light Reflex. Many hours with our heads pointed down, back rounded and our shoulders slumped forward gazing at our ever smaller screens (PCs > laptops > tablets > smartphones). If we spend a lot of time in this position, or under threat, we are essentially learning how to stay in that position. Belly tight, hip flexors tight, shoulders forward, head down. Again this state of learned contraction becomes our new ‘normal’. And while it is very useful for looking at gadgets or working at a screen, it is not so useful when we want to do something (anything) else. Eventually, you develop Sensory Motor Amnesia (SMA), forgetting how to release and relax all the musculature of the front of the body. A stiff, sore neck and shoulders and reduced ability to breathe deepy and move freely becomes inevitable at this point.

We can habituate any posture or movement pattern that we use regularly, whether it is helpful or not.

PoorPosture

Think about it, do you always sit in the same chair in your living room? In the same position? It just feels comfortable right? Well that’s because you have unintentionally learned to sit in that way. It’s an example of habituation. Do you always carry your infant on the same side hip? Habituation. When you drive do you always sink into one side? Or put your elbow on the centre console? Habituation. When you stand do you always cross your arms? Or your legs? Or lean into one side? How do you walk? Always wear your bag on the same side? Again these are all habituations. One sided habits can lead to Trauma Reflex. Much of what we do each and every day is automatic and performed unconsciously. But some of these movement habits may be causing you to have pain due to the constant contraction of the muscles involved.

Becoming aware of our movement habits can help us to identify which ones may be causing us to have pain or reducing our ability to move well. Once identified, Somatic Exercises or Clinical Somatics Lessons can help us to release these habituated patterns of muscular contraction for less pain, more self awareness and more freedom of movement.

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www.clinicalsomatics.ie

 

Low Back Pain and Green Light Reflex

In this post, I described The Green Light Reflex. When this reflex becomes habituated, it can often cause back pain, particularly in the low back.

But how does the Green Light Reflex cause back pain?

When the thick strong muscles of the spine, known collectively as paravertebrals, are involuntarily stuck in contraction (SMA) they draw the spinal vertebra closer together, this causes the lower back to arch forward excessively. This is often referred to as lordosis, or lordotic posture. It is easily identified by a lower back that is pulled to the front, it also makes the belly protrude and tilts the pelvis anteriorly.

Stickman_Template_Green_Light

Neutral posture (left), and a typical Green Light posture (right)

 

Some points to notice, in the figure on the right.

  1. The excessive arching of the lumbar spine
  2. The change in angle of the rib cage and pelvis due to the tightening of the back muscles
  3. The drawing drawing back of the shoulders and head
  4. The corresponding forward position of the hips
  5. The hyperextension of the hips and kness
  6. The protuding of the belly as a result of the overarched low back

When these paravertebrals are stuck in contraction, they will make any type of forward bending action more difficult. In order to bend forward freely, you must be able to relax and lengthen all the muscles along the back of the spine. If you cannot voluntarily relax and lengthen these muscles you have what we call in Clinical Somatic Education, Sensory Motor Amnesia (SMA).

Spinal_Highlighted

Paravertebrals

 

Paravertebrals (the muscles running either side along the length of the spine) that are habitually contracted pull the vertebra (bones of the spine) closer together. This can compress any or all of the nerves that exit the spinal cord in the lumbar area or any other area of the back, leading to trapped nerves, sciatica or similar complaints.

This compression of the spinal vertebra can also create a situation where the intervertebral discs that are supposed to act as shock absorbers between each vertebra, are pushed out of place leading to bulging/herniated discs. This spinal compression is also what causes “wear & tear” in the lumbar spine. Even if you don’t have nerve pain or bulging discs from habituated Green Light Reflex, the constant contraction of the paravertebrals leads to fatigue and aching muscles in the back.

So an habituated Green Light Reflex can be the cause of several problems from a reduction in mobility all the way to herniated discs. Each of these problems occur along a spectrum of Green Light Reflex. At the low end of the scale, .ie minimal green light reflex you might expect to have reduced forward bending ability, and at the high end of the scale you might expect, tension headaches, chronic pain and bulging or herniated discs.

These are not the only issues that can occur as a result of habituated Green Light Reflex. It can also lead to tension headaches, neck pain, shoulder pain, tight hips, hamstrings and calves, knee pain and other issues. But the mechanism by which these problems occurs is the same. Chronic involuntary contraction (SMA) of all the muscles of the back of the body. In the image below those muscles are highlighted in green.

Muscles involved in Green Light Reflex highlighted in green

So what can we do about it? Well in truth the solution is quite simple. We must RELEARN optimal control of all the muscles of the back of the body. When we relearn proper control we will have the ability to relax and lengthen these muscles to their full and proper resting length. When this has been achieved pain is reduced or eliminated and movement quality improves.

How do we relearn proper control of these muscles? We pandiculate them using safe simple Somatics Exercises or through a series of Hands On Clinical Somatic Lessons. If you would like to learn how to release and relax all the muscles of the Green Light Reflex for a looser more comfortable back and freer movement, get in touch here.

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http://www.clinicalsomatics.ie

Neck and Shoulder Pain and The Red Light Reflex

How does The Red Light Reflex cause, neck pain, shoulder pain, back pain, problems in the arms and wrists , shallow breathing and poor posture?

Red Light Reflex is an habituated and ongoing tightening of all the muscles of the front of the body. When you forget how to relax and lengthen the muscles of the front of the body you can develop many problems over time. In Clinical Somatic Education we call this inability to release and relax muscles Sensory Motor Amnesia (SMA). With Red Light Reflex the main muscles involved are the muscles of the belly (Abdominals), chest (pectorali major and minor), shoulders (upper trapezius) and inner thighs (adductors). So how does involuntary chronic tightness in these muscles lead to pain and poor movement?

Stickman_Template_Red_Light

Neutral posture (left), and a typical Red Light posture (right)

 

Some points to notice, in the figure on the right.

  1. The forward curving of the spine
  2. The change in angle of the rib cage and pelvis due to the tightening of the belly and chest muscles
  3. The drawing together of the rib cage and pelvis due to the tightening of the belly muscles
  4. The corresponding forward position of the head and the shoulders as a result
  5. The bending of the legs and arms
  6. The reduction in true height as a result of the spinal curve

 

Back Pain
As you can see from the image above Red Light Reflex causes a curving forward of the spine. This creates a situation where the back muscles are always lengthened but at the same time working hard to keep you upright in gravity and maintain your head position. This constant workload creates sore, tired back muscles and leads to pain in the mid and upper back.

Birds-Eye-Red-Light

Neutral posture, absence of Red Light Reflex >>>>> Red Light Reflex

 

Some points to notice, in the figure on the right.

  1. The sunken chest, rounded back and shoulders forward
  2. The head pulled forward of the centre line

 

Neck and shoulder Pain
When the belly, chest and frontal neck muscles are tight making the spine curve forward, they draw the head and shoulders forward too (refer to images above), creating a rounded back and stooped posture. This makes it difficult to stand up “straight”. The constant forward and shrugged position of the shoulders can also cause discomfort and pain whilst limiting your ability to turn your head left or right and also to raise you arms straight overhead. The shoulders must rest in a neutral position in order for the neck and arms (and in turn the elbows and wrists) to move freely and function properly. When the shoulders and head are constantly drawn forward this reduces the amount of space internally in the front of the chest and neck. This means less space for all the nerves and blood vessels which innervate the shoulders and arms. When these nerves and blood vessels are compressed or inhibited it leads to problems in the…

Arms, Elbows, Wrists and Hands
Problems in the arms, elbows, wrists and hands are also often due to habituated Red Light Reflex. The brachial plexus, which is the main nerve that innervates the (upper limbs) arms runs between the scalene muscles of the neck, through the area behind the collar bone and just behind the attachment of pec minor (small blue chest muscle in image below) towards the armpit. When the chest and neck muscles are habitually contracted, as is the case with Red Light Reflex, they can compress the brachial plexus causing; Thoracic Outlet Syndrome, tingling and numbness in the arms and hands, weakened grip, carpal tunnel syndrome, cold hands etc. This is yet another example of tightness in the centre of the body leading to problems at the extremities.

Breathing
You can also see in the image below the intercostals, these are the muscles that are found in between each of the ribs. In Red Light Reflex these muscles will also be habitually contracted to some degree. As you can imagine, if these muscles cannot relax fully your ability to breathe deeply is reduced. In this situation the ribs are no longer free to expand making space for the expanding lungs. As a response to this we begin to chest breathe which adds further fatigue and tightness to the muscles of the chest, neck and shoulders. Chest breathing is inefficient and can cause systemic low level anxiety and fatigue due to insufficient oxygen intake. Belly breathing in contrast is efficient and helps you feel relaxed and energised. Belly breathing is only possible when we are able to let our abdominals and intercostals (between the ribs) relax and lengthen. The image below highlights the chest muscles (pectoralis major and minor) and the abdominals for clarity.

 

Chest_Abs_Highlighted

Right side Pectoralis Major , Left side Pectoralis Minor and Abdominals highlighted in blue

 

As you can see Red Light Reflex can contribute to a myriad of complaints. The good news is it is relatively straight forward to release and relax all the muscles of the Red Light Reflex using safe simple Somatic Exercises or through Clinical Hands On Lessons. Through Somatics you will learn how to recreate these Reflexes voluntarily so that you can DECREATE them voluntarily. We do this by pandiculating all the muscles and movement patterns involved in each reflex (Green Light, Red Light and Trauma). This allows YOUR BRAIN to regain control of your muscles, and in turn your body and movement. If you would like to learn more, you can get in touch with me here.

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www.clinicalsomatics.ie

Injuries and The Trauma Reflex

Injuries can cause Trauma Reflex and Trauma Reflex can cause injuries. How?

Injuries can occur as a result of an impact or fall. When we anticipate an impact, we instinctively turn away from it which generally results in a side on impact. Then, the muscles on the side of the body around the site of impact reflexively contract to protect you from said impact. If this impact is hard enough or ceates enough of a ‘shock’, this muscular contraction or tigthening can become habituated. Our brain behaves as if the impact or injury is still happening. When a pattern of muscular contraction becomes habituated you develop Sensory Motor Amnesia in regards to the muscles involved. You forget how to sense them and move them. So in the case of a hard impact or nasty fall, you inadvertently develop a habituated Trauma Reflex. Your waist muscles on one side becoming stuck in contraction. These tight waist muscles draw the hip up towards the ribs and the ribs down towards the hip, shortening your waist. There is also generally some rotation of the spine involved. The figures below illustrate this;

Stickman_TemplateNo Trauma Reflex >>>>>>>Trauma Reflex of right side of body

 

Some points to notice, in the figure on the right.

  1. The curving of the spine making it shorter on the right side
  2. The drawing together of the rib cage and hip on the right side
  3. The compensatory tilting of the head in an attempt to bring the eyes level with the horizon
  4. The asymmetrical level of the shoulders, and in turn the hands
  5. The increased angle of the thigh bone in relation to the knee as a result of the tilted hips

These are examples of the kinds of postural distortions that a Trauma Reflex causes. The maybe subtle or pronounced depending on the case. When these distortions become habituated, you are no longer in balance like the figure on the left. Even though the cuts, scrapes and bruises from your impact may have healed, your nervous system is still in injury mode. Holding one side of your body tight. If you get stuck in a Trauma Reflex you are likely to incur further injuries because your balance and symmetry have been compromised. This is due to the habituated muscular tightness in the muscles on one side of the body.

If we look from above we can see the spinal rotation that usually accompanies Trauma Reflex more clearly;

Birds-Eye-TraumaNo Trauma Reflex >>>>>>>Trauma Reflex of right side of body

 

Some points to notice, in the figure on the right.

  1. The rotation of the right shoulder backwards and the corresponding forward rotation of the left shoulder
  2. The compensatory rotation of the pelvis (the blue box) in opposition to the shoulders
  3. The asymmetrical positioning of the feet
  4. The compensatory rotation of the head in relation to the shoulders

Smooth gait (walking pattern) is dependant on the ability of the centre of the body to be relaxed, and able to rotate freely. If you cannot fully lengthen one side of your waist and allow your spine to rotate freely along its axis, your gait will not be smooth or balanced. You will walk with more weight on one side, this can lead to one sided back, hip, knee and ankle pain as one side of your body must work harder than the other. This is easy to visualise when you look at the figures above and imagine those same asymmetries in motion. These asymmetries also lead to increased ‘wear and tear’ in the joints of the affected side which over time can lead to structural problems within the joints themselves. Trauma Reflexes are also the cause of many alleged leg length discrepancies. The short side waist creating a false ‘short’ leg.

When Trauma Reflex is accompanied by Green Light Reflex (which occurs often), we begin to see complaints like Sciatica, and Plantarfasciitis developing due to th habituated muscular tightness on one side plus habituated tightness in the back of the body.

Trauma Reflex can also develop in more innocuous ways. For example slouching to one side as we sit at a desk and use a computer mouse for hours at work. Or holding a baby on one hip for long periods repeatedly. The end result will be the same, the loss of the ability to lengthen the waist muscles on one side of the body and, over time, mysterious one sided pains in the body.

So in this way, an injury can lead to Trauma Reflex and a Trauma Reflex can lead to further injuries. If not addressed it can become a vicious cycle of injuries and pain.

Some more examples of how Trauma Reflex can develop include;

  1. Drawing an injured leg off the ground to protect it from weight bearing, people do this when they use crutches or sprain an ankle
  2. Falling down stairs
  3. Slipping off a kerb or on ice
  4. Performing one sided activites repeatedly, these can be, and often are occupational or sporting
  5. Sitting into one side of your hip, out of habit. If you always sit in the same corner of your couch for example

You get the picture. Fortunately, it is quite simple to eliminate a Trauma Reflex with Somatics, either via Clinical Hands On Sessions or Somatics Self Care Exercises. Somatics teaches you how to pandiculate the affected muscles, restoring the brain’s control of those muscles and simultaneously lengthening them back to their correct resting length. The end result is softer, more relaxed muscles a smooth gait and a body that is in balance and capable of equal right/left movement in all directions.

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www.clinicalsomatics.ie

Hard Body, Soft Bed – Soft Body, Hard Bed

When I first began a practicing Somatic Movements for myself a funny thing happened, I kept falling asleep when I would do the Backlift. I would lay down on my belly on the hard carpetted floor to do some Backlifts, I would begin with slow, careful contraction of my back muscles, lifting my head arm and opposite leg, and then slowly relax back to the floor under control…

…and then I would wake up 20 minutes later in a little puddle of drool, slightly confused but very relaxed. The slow gentle release of tension in the muscles of my back as I pandiculated the Backlift, created a deep sense of relaxation and without even realising it I would drift off. You see when you pandiculate, your muscles soften and lengthen, reducing the level of tension in your body. And as they do this your whole body becomes more soft and pliable, making the hard floor feel more and more comfortable.

This led me to thinking about how many people sleep on incredibly expensive orthopedic mattresses. The manufacturers promise that it will feel like floating on a cloud, or being weightless. And I’m sure it does, but therein lies the problem. If YOU are hard, stiff and immobile, you have to sleep on a bed that is soft and yielding in order to be comfortable. But, if YOU are soft and yielding in your body, suddenly the hard floor begins to feel just fine and comfortable. YOU begin to accommodate the floor.

Remember for hundreds of thousands of years we didnt have beds or matresses. So as an experiment of sorts, I began sleeping on the floor. I did this for about a month. I slept on carpetted floor, on top of a yoga mat and a blanket. And whilst I did go back to sleeping in my bed, I slept just as well on the floor as I did in the bed. I will still periodically sleep on the floor, just because it feels good.

floor_sleep

When I teach clients Somatic Self Care Exercises on the floor, a question I often ask them at the end of their class is “Do you feel like you could go to sleep where you are now on the floor?” And they always, without exception, answer with a kind of surprised, “Yes!”

I am not suggesting you throw out your bed and begin sleeping on the floor, but you could certainly use your comfort level on the floor to give you an idea of how much unneccesary tension you are holding in your body involuntarily (Sensory Motor Amnesia). If laying on the floor is very uncomfortable, you can be sure your body is tighter and more contracted than it needs to be.

If you would like to learn Somatic Self Care Exercises that will enable you to release and relax your whole body get in touch here. With a daily Somatics practice the floor can be your friend again, just like it was when you were a child.

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www.clinicalsomatics.ie