Elbow Pain
Recently we have treated a few cases of elbow pain.
There are two common site for elbow pain, the outside edge of the elbow which is often an indication of tennis elbow or lateral epicondylitis and the inside edge of the elbow which is often an indication of glofer’s elbow or medial epicondylitis. With both of these conditions the pain may radiate up the arm and / or down along the forearm.
Both conditions can be caused by precise wrist movements from using a mouse or keyboard. As the name suggests tennis elbow can be caused by faulty backhand technique when playing tennis. While golfer’s elbow can be caused by poor technique when playing Golf or faulty forehand technique when playing tennis.
In addition tennis elbow can be caused by carrying heavy shopping bags as it causes tension in the wrist extensors.
Most of the cases we see are caused by long hours using computers. The first thing we do is try and establish the cause of the pain, which can be tightness or spasm in the muscles of the forearm, neck or shoulders and then treat accordingly. We can also show you simple stretches to stretch out the muscles of the forearm.
What surprised us, and prompted me to write this blog is that they all the clients had just assumed that elbow pain was something that they just had to lived with. In all the cases we dramatically reduced the pain and in most cases after a few treatments the clients were pain free! So don’t sit their in pain, book a massage.
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How to test if you have good posture
We all know that we need good posture. So today I wanted to share with you how to test if you have good posture.
The Wall Test - Stand with the back of your head touching the wall and your heels six inches from the baseboard. With your buttocks touching the wall, check the distance with your hand between your lower back and the wall, and your neck and the wall. If you can get within an inch or two at the low back and two inches at the neck, you are close to having excellent posture. If not, your posture may need professional attention to restore the normal curves of your spine.
The 'Jump' Test - Feel the muscles of your neck and shoulders. Do you find areas that are tender and sensitive? Are the buttock muscles sore when you apply pressure? What about the chest muscles?
If any of your muscles feel tight, sore or achy then why not book in for a massage.
The Impact of Sitting All Day – Part 3
In part 1, I looked at the impact of sitting on your muscles, and in part 2 I started to explore the impact on the rest of your body. In this post I continue to explore the impact of sitting on your circulatory system including your heart. Heart Disease When sitting for prolonged periods of time, muscles burn less fat and blood flows more sluggishly, allowing fatty acids to more easily clog the heart. In 2012 Ford & Caspersen in their research paper, Sedentary behaviour and cardiovascular disease: a review of prospective studies (International Journal of Epidemiology, Vol 41, No 5 pages 1338 - 1353) showed that the people with the most sedentary time are more than twice as likely to have cardiovascular disease than those with the least. In 2012 Zedric and Hamilton found that just a few hours sitting suppresses a gene that helps keep your cardiovascular system healthy by controlling inflammation and blood clotting. T W Zedric & M T Hamilton, 2012 Identification of hemostatic genes expressed in human and rat leg muscles and a novel gene (LPP1/PAP2a) suppressed during prolonged physical inactivity (sitting), Lipids in Health and Disease, Vol 11 see http://www.biomedcentral.com/content/pdf/1476-511X-11-137.pdf Cholesterol Sitting also means that your large postural support muscles are inactive. When active these muscles produce a quite of beneficial molecules. One molecule skeletal muscles produce is an enzyme called lipoprotein lipase - which you can think of as a vacuum cleaner for fats in the blood stream. A study in rats showed that after 24 hours forced inactivity, their lipoprotein lipase acitivity was reduced by 90 - 95%, which led to a 75% drip in the ability of their muscles to remove fats from their bloodstream as will as a significant decrease in "good" (HDL) cholesterol. L Bay & Mark Hamilton, 2003, Suppression of skeletal muscle lipoprotein lipase activity during physical inactivity: a molecular reason to maintain daily low-intensity activity, Journal of Physiology, Vol 551, No 2 pages 673 - 682.See http://onlinelibrary.wiley.com/doi/10.1113/jphysiol.2003.045591/full
