Skip to main content

Flex, rotate, extend and articulate your spine.


Articulate your spine!  How many times have you been asked to do this in a Pilates lesson?  If you come to one of mine, probably lots.  

The cue, "articulate your spine" is used in the large pelvic tilt exercise and is used to promote movement between each individual vertebra.  In a large pelvic tilt you start in the Pilates relaxation position.  Firstly you tilt your pelvis so that your lower back moves closer to your mat and your pubic bone rises (a small pelvic tilt).  Then leading from your pubic bone you peel your spine from the mat one vertebra at a time, until you reach a bridge position.  To come back down, I like to think I am trying to imprint my spine into sand.  So to make a really good spine print I have to get each vertebra to touch down individually finishing with my tail bone.  Naturally I am engaging my core throughout the whole exercise. 

So what do we achieve by articulating our spines?  We have lots of muscles in our back and the deep muscles of the back are the target for articulation.   We are working the erector spinae group that includes the spinalis, longissimus and iliocostalis.  You can feel these muscles as a slight bulge in you back either side of your spine.  Deeper than these are the transversospinalis group which includes the semispinalis, multifidus and rotatores.  These muscles hold each vertebra to the next in a network of crossed layered muscles.  There are also more muscles running between the vertebra,  but now we are getting very complicated.  

Needless to say, articulating through each vertebra has a great impact on a large number of muscles that you don't always think of.  These deep small muscles contain a high density of muscle spindals sending sensory information about movement to the nervous system. Keeping these muscles healthy and active is great for your spinal health.  

Next time you are asked to articulate your spine take your time over the movement and really concentrate on the deep spinal muscles. 

Comments

Popular posts from this blog

My feet are amazing! But how should I stand and why does this matter?

  Each of your feet are amazing, I know that I did not appreciate my feet until I had a accident and one of my feet stopped working as well as it used to.  My extreme sport of choice was piggy in the middle with my children on the beach, when I  kick a stone.  This has continued to impact my foot health for over 18 months (well I'm still recovering).   Each of your feet are made up of 26 bones, 30 joints and more than 100 muscles, tendons and ligaments. Your feet are the most amazing mobile weight bearing structures around.  When anatomists write about the foot, they often refer to the "bony architecture" of the foot. Now start to think about the structure of your foot as "bony architecture" and you can start understanding how you foot is similar to a vaulted church ceiling. Lots of individual bones precisely placed to fit together in an amazing arched structure.  What is incredible about the foot is that there are three arches at work. You have the arch that yo

Pilates key principles: Control

 In Pilates we aim to maintain a high level of control over the movements that we make.  As you will have completed some Pilates with me, you will be aware that a small angle change in leg positioning or increased stability through the pelvis can suddenly increase the intensity of an exercise.  When thinking about control it is very closely related to precision and you could say that these key principles come hand in hand.  You will find that control is improved once you have made multiple attempts at an exercise.  Muscles will increase in strength and your muscles will remember the movement of an exercise.  Therefore when taking part in a class, stay at a level where you can maintain control.   If you work at too high a level you will find it harder to master the control of position and movement and then perfect the exercise.  When we have control over a movement we are also able to make the movement using only the muscles connected with that motion.  An example of where things can go

Osteoporosis

 Osteoporosis is a condition that lots of us recognise, but do we really know what it is?   It is a condition where your bones lose strength, this would not be noticed until you had a slip or a fall, you may not even know you have it.  However because the bones have lost some of their strength a simple accident could end up causing a bone fracture (break).  This condition impacts both females and  males.  How do the bones lose strength?  Your bone are just as alive and changing as your skin.  It is normal for us to shed some old skin as we grow new skin.  In our bones, old bone is absorbed by cells called osteoclasts and then new bone is built by cells called osteoblasts.  This process is know as bone remodeling and keeps our skeleton healthy.  As we travel through phases of our life the hormones that balance this cycle change.  As we get older some aspects of our bodies don't keep working as efficiently as they used to.  Take the osteoclasts for example, who have worked at top spe