One for all you amateur athletes

In my previous post I said that the activity you do to chill out doesn't matter it you just need to enjoy it and it absorbs you. So why not consider paying video games, yes video games.  If you ask any gamer, who enjoys playing them and they will tell you it help them relax or de-stress.  I know this may sound unlikey.  However that is scientific research to support the idea that regularly playing video games can help people unwind an dimprove their ability to handle everyday stress. In 2010 Associate Professor Dr. Christopher J. Ferguson of the Texas A&M Public Research Facility demonstrated that both men and women who play violent video games long-term seem to be able to adopt mental skills to handle stress, become less depressed and get less hostile during stressful tasks.  In 2014 reserarchers from University College London  found that people who played video games after work experienced faster recovery from work related stress. While there are a number of video games on the market which are specifically aimed at helping people unwind and manage stress, it seems that almost any form of game playing will do the trick.  Spending half an hour each day on a video console could be be as effective as going to the gym for helping you “chill out” at the end of a busy day. References http://www.christopherjferguson.com/hitman.pdf http://discovery.ucl.ac.uk/1418103/  

As things are now back to full swing after the summer holiday, and before things get too budy, I wanted to share with you a piece of research that while being 3 years old is still highly relevant.  Researchers were looking at the effectiveness of listening to self-administered hypnosis stress reduction CD's to boost resilience. Eleven subjects took part in the study, all healthy, normally coping and functioning individuals - were provided with a self-administered hypnosis stress reduction CD, to be used for a minimum of 5 days a week over a 12 week period.  The CD contained two different hypnosis tracks, one to be played before sleep (25 minutes in duration) and the other to be played in the morning (lasting 7 minutes). The aim of the CD was to recondition the stress response, by minimising the participants "excessive emotional and physical reaction to perceived work and life stressors, while facilitating their coping skills and resilience."   Chronic stress and anxiety have been associated with inflammatory changes in the body, and high level of inflammation have been lined to a number of acute and chronic conditions.  Blood tests were used to measure the level of inflammatory response and self-reported measures (using the StressScan assesment) were taken pre and post intervention. While the study size is small, it provides some suggestive evidence that a self-administered stress reduction program that is time efficient may be clinically effective for modifying the stress response and boosting resilience. Reference Schoen M and Nowack K (2013)  Reconditioning the stress response with hypnosis CD reduces the inflammatory cytokine IL-6 and influences resilience: a pilot study.  Complementary Therapies in Clinical Practice 2013; 19 83-88 http://www.ctcpjournal.com/article/S1744-3881(12)00088-6/abstract

In the UK around 10.5 million people run or jog as a leisure activity and or fitness activity.  Running injuries are common and may variables can contribute.  Running injuries can happen to both experienced and inexperienced runners - up to 79% of runners with get injured in any one year. Most running injuries occur in the lower extremities as you would expect.  With the knee being the most common injured site followed by the lower leg, foot and upper leg.  The top five injuries are:

1. Patellofemoral pain - generic term for describe pain at the front and around the knee cap.
2. Illiotibial band (ITB) syndrome - pain on the outside of the knee.
3. Tibial stress fractures/syndrome - fatigue induced stress fracture.
4. Plantar fasciitis - pain in the heel or bottom of the foot.
5. Achilles tendonitis - pain, swelling and stiffness of the achilles tendon.