Anatomy In Motion – Finding Centre

Anatomy In Motion
Pain or discomfort in movement usually comes about after injury or over-exercise, or through lack of movement.  It can also be caused by chronic postural contraction or stretching.

When the body has been put under strain the brain automatically adjusts by restricting movement in some joints, and encouraging compensatory movement in others. After a while, the new compensatory movements become established brain patterns, remaining long after the original difficulty has passed. These patterns are expressed in our most natural movement, our walking. Rather than being “broken” our body is making complex adjustments to help us continue to function after difficulty.

In walking, we see how our system functions as a whole, rather than looking at isolated movements.  This is important, because we know that a change in one area causes changes in others.  Using the Anatomy In Motion framework we look at the movement of the body in all the joints, focusing particularly on our gait in walking.

First we identify in the body where there is too much or too little movement.   We then look at the effect that has on all other areas of the body. For instance, an old injury may affect the knee, the pelvis and the spine, resulting ultimately in neck or shoulder pain.

We go about it methodically to explore different ways to regain movement where there is too little, and reduce unnecessary movement where there is too much. In this way we can bring the joints back into their natural range of movement.

The Anatomy in Motion system allows us to scrutinize and balance movement in all the joints in all movement planes, so the muscles can realign, and the brain can find a way back to centred, easy, functional movement.

The effect of this can be to reduce pain and discomfort caused by compensatory movement or posture, to help better functioning of our whole system, and bring about psychological (not so stuck!), emotional (less holding on!) and digestive improvements.

What happens when we restrict movement in some joints and compensate in others?
  • An injury or postural difficulty brings about tightness in muscles around a joint, in order to compensate for restrictions or pain.
  • This compensating movement causes a shift in our balance, and in where we think our centre is. 
  • Soon this becomes an established brain pattern.
  • Over time this causes pain or discomfort in movement, in addition to the difficulty it is compensating for.
How does AiM work?

Re- balancing movement in our joints reminds our brain of the most efficient way of moving so it can return to its optimal movement patterns within the whole body.  With practice the body adjusts to the new patterns, pain is reduced, and movement is improved.

  • In the sessions we reintroduce the brain to more efficient movement patterns by identifying joints which are restricted, and gently encouraging more movement in them.
  • A movement change in one joint affects the movement of all other joints.
  • Bit by bit this improves our sequencing (the order in which our muscles and joints are mobilized to make movement), for example as in walking.
  • Our brain changes its sense of balance and where our centre is, and our muscles realign around the joints to maintain this ‘new’ centre.
  • These new brain patterns become first familiar, then they can become automatic and unconscious, through practising little and often.
Joolz Flynn CThA
0789 193 8153
joolz@painrecoveryclinic.com