Kew Osteopathic Clinic - News

Working from home - solar plexus stretch

lawrence.pelletier@inov8technology.com (Lawrence Pelletier) — Sat, 23 May 2020 03:29:00 GMT

Working from home - keeping healthy & pain free

lawrence.pelletier@inov8technology.com (Lawrence Pelletier) — Sun, 26 Apr 2020 09:30:00 GMT

Home office ergonomics - set it up right! Need some more detailed info? Click here to download.

Middle back stretch - great for your breaks while working from home. S T R E T C H !

School backpacks: what to look for and how to wear them

lawrence.pelletier@inov8technology.com (Lawrence Pelletier) — Sat, 25 Feb 2017 05:47:00 GMT

School bags are an essential aspect of the back-to-school process. Children will carry their bag the whole year, but the right – or wrong – backpack can have a much longer effect on your child’s health. Back pain is common in Australian children, particularly during adolescence. A heavy backpack increases the risk of poor posture and possible injury.

What to look for in a backpackThere are so many different styles of school bags available to purchase that it can become difficult to choose the right one. The style found to best suit children entering school and returning to primary school is an ergonomic backpack. Below are features that you should look for when purchasing a new bag.

Make sure the backpack is the right size – it should be no wider than the child’s chest and no higher than 3 cm above their shoulders – they should be able to look up to the ceiling without their head hitting the bag.
A moulded frame which conforms to your child’s back when adjusted correctly
Two wide, adjustable shoulder straps with padding for extra comfort – Wearing a bag with only one should strap curves the spine unnaturally, putting stress on the whole body.
An adjustable hip or sternum strap
Separate compartments that allow packing ease
One made from canvas or other light-weight material

How to wear a backpackIdeally, a school bag should weigh less than 10 per cent of the child’s body weight. For instance a child weighing 40kg should carry 2-3kg, and 4kg at the very most.

Both shoulder straps and should always been used to distribute the weight evenly on the child’s back. Waist straps also help.
Don’t wear the backpack below the small of the back. The shoulder straps should be adjusted so that the bottom of the bag sits around the child’s waist – trace a line from their belly button around to their back, the bottom of the bag should sit around there.
The bag should not hang out from the shoulders – it should contour to your child’s back – and should not swing from side to side when your child is moving around.

To ensure your child actually does wear the bag correctly when you aren’t there, explain to them that it can cause serious injury to their spine, shoulders, and neck if they don’t wear it right. It is only the best school bag if it’s used the right way. Regularly check with them to see if the bag is comfortable, or if they are in any kind of pain.

Take the time to teach your child how to wear their backpack correctly, if unsure speak with your local osteopath .

“Carrying a backpack and sitting at desks all day can cause some stiffness in the back, neck and shoulders,” says Dr Patricia Thomas (osteopath).
“Encourage your kids to, where safe to do so, remove their shoes and play outside for a while when they get home. This will loosen and relieve their bodies and boost their energy after a long day of sitting postures at school, and after carrying heavy bags.

When inside, urge them to avoid chair postures or slouching on sofas, and instead allow them to adopt natural rest postures on the floor.”
Teach your kids to do a few slow gentle stretches whenever it is convenient.

Simple stretches for home:Shoulder shrugInhale and shrug your shoulders up to your ears. Hold then release and drop. Repeat three times.
Arm circlesWhile standing, stretch your arms out to the side. Slowly circle your arms forward for five rotations. Stop and circle your arms backwards for five rotations.

Torso twistStand with your arms loosely by your side and turn your torso to the right. Let your left heel come off the ground as you twist. Repeat for the left side, letting your right heel come off the ground as you twist. Repeat several times on both sides.

Original article published by Osteopathy Australia

Modern art and Osteopathic principles

Sat, 28 Jan 2017 05:35:00 GMT

What is Osteopathy? How does an osteopath think?

When I saw this amazing picture of a tree sculpture demonstrating the hidden young sapling uncovered in the mature tree it resonated with me.

In the human body, as it is in nature, our bodies grow & evolve over time from the embryo. The link to this perfect form remains, even though it's hidden from view.

As an osteopath , this is how we differ from other allied health professionals. We approach every patient as a whole person, not as a symptom or a disease. We look for that 'sapling' that is the health in each individual person and that is the platform from where we start.

"It is the object of the physician to find Health. Anyone can find disease"
Dr. Andrew Taylor Still Founder of Osteopathy

See Original Article .

'Shy Turtle' Posture - how sitting at your desk might be hurting you

lawrence.pelletier@inov8technology.com (Lawrence Pelletier) — Sun, 24 Jul 2016 13:05:00 GMT

Not only does sitting at a desk for long periods hurt your neck & back but your breathing & concentration suffers too! Unfortunately with all the tech gadgets these days we're seeing more and more adolescents & children coming into the clinic with the 'shy turtle' posture as well. This is a fun, short video demonstrating just how this occurs.

Original article posted on The Huffington Post Australia .

Booting up or powering down: how e-readers affect your sleep

lawrence.pelletier@inov8technology.com (Lawrence Pelletier) — Sat, 28 Nov 2015 09:32:00 GMT

Gemma Paech , Washington State University

We all suffer from too little sleep from time to time, some more than others. There are many possible reasons, depending on our age, genes and sleep habits; but another possible culprit is using technology before going to sleep.

A 2011 survey found nine in ten people use some form of electronics in the hour before bed. This ranges from playing video games and watching television, to using light-emitting e-readers, tablets and smartphones.

While many of these devices, especially light-emitting e-readers, seem harmless enough, the light they emit may affect our sleep patterns and leave us feeling tired the next day.

How does light affect sleep?

Light exposure can directly influence sleep and the timing of sleep by acting on our circadian timing system, also know as the body clock. Indeed, light is often used to overcome jet lag and can help shift workers adapt to their work schedule.

One way light exposure may impact sleep and our circadian timing system is by affecting the production of melatonin during the night. Melatonin is a “sleep” hormone produced by the pineal gland in the brain.

Melatonin levels begin to increase around two hours before bed (around 9pm for someone who usually goes to bed around 11pm) to help initiate sleep. These levels remain high during sleep, before starting to decrease shortly prior to waking.

Exposure to light during the evening hours can inhibit the production of melatonin, so that melatonin production is shifted to later in the night. Using the example above, melatonin levels may only start to increase around 10pm, which may delay your sleep until around midnight.

What does the research say?

A study published recently in the Proceedings of the National Academy of Science shows just how much light-emitting electronic devices may affect sleep.

In this study, a group of 12 healthy adults lived in a controlled environment for two weeks. All individuals tested two conditions: reading from a light-emitting e-book and reading from a printed book in a dim room prior to going to sleep.

Researchers measured participants' sleep, plasma melatonin levels, and subjective sleepiness and objective alertness during the evening and the morning. Not surprisingly, researchers found that using an e-book in the evening suppressed melatonin levels by more than 50%. To compare, in the printed book condition there was no suppression of evening melatonin.

On the night following the e-book condition, participants' dim light melatonin onset (when the body starts producing melatonin during dim light conditions) occurred more than 1.5 hours later than when participants read the printed book.

The study also showed that participants took nearly ten minutes longer to fall asleep and had less REM sleep in the e-book condition compared to the printed book condition.

People who use light-emitting e-readers are more alert in the evenings but sleepier in the mornings.

Participants also reported feeling less sleepy and were more alert in the evening in the e-book condition compared with the printed book.

This was the reverse in the morning with participants reporting feeling sleepier when they had been reading from the e-book the previous night. Not only did participants wake feeling sleepier, but it took them longer to “wake-up” and attain the same level of alertness as the printed book condition.

Given that participants were simply reading, an activity most people would classify as relaxing, the fact that the e-book has an alerting effect shows just how much light alone can influence sleep and sleepiness. Indeed, previous research has shown that bright light exposure can have an alerting effect.
Activities such as playing a game, sending text messages or even checking emails, which may also have an alerting effect, may have an even greater effect on sleepiness and alertness in the evening. This may make it harder to “unwind” before sleep and may delay sleep time further.

All of the above findings have a similar theme: a delay in melatonin, reduced sleepiness in the evening, and a longer time to fall asleep, all result in a later sleep time. As most people need to wake at a similar time each day, this then results in a decreased sleep duration and increased difficulty in getting up in the morning.

Texting and emailing make it harder to unwind before bed, adding to the sleep delay.

In the long term, this may also lead to more serious conditions such as sleep onset insomnia, delayed sleep-phase disorder (where your body wants to go to sleep and wake up later) and chronic sleep deficiency.

These issues may be more prominent in young adults, adolescents, and children who are more likely to use electronics in the hours before bedtime.

So what can we do?

The most obvious thing to do is to reduce the use of light-emitting electronic devices prior to bedtime, or at least within the hour before sleep.
For adolescents and adults who are more reluctant to stop using electronic devices, there are some applications that can alter the amount of blue light that is emitted. Blue light suppresses melatonin production and can directly impact sleep , so reducing the amount of exposure in the evenings may help to allay the negative effects of light on sleep.

But it’s probably not a good idea to rely on these applications too heavily, as the possible benefits or effects on sleep have not been investigated.
My advice would be to buy a book or opt for an e-reader that doesn’t emit light. Try to reduce the amount of light you are exposed to in the evenings. Who knows, you may even find it more relaxing!

Gemma Paech , Postdoctoral research fellow, Sleep and Performance Research Center, Washington State University .

This article was originally published on The Conversation . Read the original article .