I’ve just spent the last couple of months updating my Pilates for orthopaedic conditions knowledge with FutureFit and wanted to focus a bit on exactly why Pilates is so helpful in the treatment of common orthopaedic conditions. Whilst I don’t solely use Pilates in my movement sessions but instead use a range of functional movement protocol the traditional Pilates principles certainly embody and underpin the main focus of exercise prescription for rehab thereby providing a safe and effective recovery.
Common Orthopaedic Conditions –
- Back pain (non specific, specific, root nerve pain, disc herniation and piriformis syndrome)
- Shoulder conditions (rotator cuff tear, impingement and frozen shoulder)
- Golfers and tennis elbow
- Hip and knee arthroplasty
- Arthritis (osteoarthritis and rheumatoid arthritis)
- Osteoporosis and osteopenia
The Pilates mat repertoire gives a great range of exercises which allow for enough regression or progression to take participants with very limited movement capabilities and progress them in a sustainable way. The incorporation of the Pilates principles which are taught alongside each exercise help to integrate the breath with core co-contraction, increase body awareness (and therefore autonomy) and focus on the quality of movement.
A tailored programme can offer you many things – principally better alignment and mobility of the spine but also increased muscle strength and endurance, reduced stiffness and improved flexibility, reduced pain, better balance along with improved well-being.
If you are affected by any of these conditions it’s important to seek out an effective exercise programme which meets your needs and minimises your symptoms. Due to covid-19 I am not currently able to offer sessions but feel free to contact me for further advice.
Photo by Harlie Raethel on Unsplash
If you’re feeling a growing sense of stagnation with your exercise routine as well as lockdown this may help…the exercise side of things anyway. It generally takes 6 – 8 weeks of training in a specific modality to see the results of your labour so if you’ve been focussing on your fitness in your allocated exercise time from the start of lockdown it’s the right time to give your programme a shake up.
Regularly mixing up your exercise plan is crucial to achieving results. Periodisation is a method to plan phases of your training to optimise different aspects of your ‘fitness’ thereby maximising your gains whilst also reducing the risk of injury or overtraining….and getting bored!
4-6 week periodisation phases to typically cycle through include a stability phase focusing on consolidating your core connection, peripheral joint stability and proprioceptive awareness. Followed by a strength phase, prioritising load over stability to increase muscle strength and finally, if appropriate, a power phase.
Here’s some examples of how you might progress exercises from a stability phase (12-20 reps 1-3 sets) into a strength phase (8-12 reps 2-4 sets):
- Single leg alternate dumbbell shoulder press –> Standing barbell push press
- Scaption on a single leg –> Standing kettlebell overhead press
- TRX fly on one leg –> Bodyweight press ups (or decline to increase load)
- Single leg squat –> Kettlebell goblet squat
- Single leg Romanian deadlift –> Romanian deadlift
- TRX hanging bodyweight lunge –> Dumbbell lunges
For more info on tailored exercise training programs drop me a line via the contact page.
As a continuation of the post I did on testing your balance part 1 I wanted to add a simple continuum of exercises from easy to hard that you can practice & use to challenge your stability.
So as aforementioned in part 1 the goal of these balances is to test your proprioceptive balance system – that does’t mean using strategies such as bending your knees or holding your arms out high wire style…or fixing your eyes on something, it’s about testing your own internal balance system with your body in the correct (or as close to correct) standing alignment.
Your body uses your proprioception system to create an image of what is internal or inside the skin – in much the same way as a dolphin uses sonar or an animal uses it’s whiskers. Proprioception literally means ‘ones own perception’ & that information about change of skeletal position travels by our neurones to the brain to act on. The more muscle fibres you have firing & the more supple (not tight) the tissue, the better the proprioception.
When you practice these consider your alignment: stand with your feet hip width apart & the outside edges of your feet straight. Back your pelvis up over your heels keeping your ribs aligned over your pelvis. Then draw your head back over your spinal column. When you come on to single leg balance make sure you push down into the floor with the standing leg as opposed to hiking the low back/hip up on the non-weight bearing leg.
1. 2 foot balance eyes open
2. 2 foot balance eyes closed
3. 1 foot balance eyes open
4. 1 foot balance eyes closed
5. 1 foot balance eyes open with head turns
6. 1 foot balance eyes closed with head turns
From time to time in class we focus on standing balance – it’s a good way to test all the principles we practice throughout the classes & as an indication of general muscle balance health. So I wanted to use this post to look at what goes on when we try to balance, how to test it & how to improve your ‘true’ balance.
So our body’s stabilise by using the relationship between the proprioceptive system (that’s information coming from the muscles, joints & tendons) & the processing of that sensory input (i.e. what the brain tells the body to do with that information). Tight or shortened muscles send ‘fixed’ information from your proprioceptors and this data/sensory input gives incorrect information to the decision centre (the brain) which in turn acts on this mis-information. The outcome is an overcorrection, a wobble or lurching movement in an attempt to stabilise you. Any restrictions or sub optimal muscle length tension will alter the correct information given to the brain.
Testing your ‘true’ balance – See how well you’re balancing with these simple tests.
Stand with your feet pelvis width apart & check your feet are straight (as in the outside edges, see pic) – how does this feel? Any wobbles? Now close your eyes & see if there’s any difference with them open or closed. Maybe you felt you moved about more with your eyes closed – this is the ‘true’ part of the balance test – your eyes are not part of the sensory input we speak about when we mean whole-body balance, they are not part of the proprioceptive system they are part of the vestibular system (eyes & inner ears) but the poorer your proprioceptive system is the more you rely on your eyes to make corrections. So in order to stop the eyes doing all the work (& incurring eye muscle fatigue, dizziness & age-related changes in vision) you need to fix your body’s internal sensory input or proprioceptive system.
The progression to the 2 foot balance with eyes shut is to come onto a single leg with eyes shut. Whilst we may have some muscle tension issues within the body it’s also our inability to process information through our feet & inform our bodies of correct posture, due to footwear that down trains our proprioceptive system. Think any type of heel, thick inflexible soles & too narrow toe boxes.
So hopefully this will give you a clearer idea of what you are aiming for when you consider/assess your balance – test yours & practice some ‘eyes shut’ standing to monitor your progress.