Swing into Spring!

Last week’s blog discussed overtraining in spring, but how about those people that don’t train at all and just go out there and start swinging a golf club at the first sign of spring. This is when injury can occur. Although sports like golf are considered low impact, golf injuries are increasing at an alarming rate. A golfers shoulder, forearm and back are the most common injury areas. So what should a golfer do before he goes out swinging?

A stretching program is definitely recommended which should be initiated in the pre-season and then continued as a pregame warm up. Golf-specific stretching exercises should address those areas that are necessary for proper mechanics and subsequently the most injured, such as the shoulders, forearm, and back. Strengthening the forearm will also prevent “golfer’s elbow”. The American Academy of Orthopedic Surgeons recommends simple exercises such as wrist curls and squeezing a tennis ball to prevent elbow injuries.

Another recommendation is Resistance Training. Building up the muscles that have been left dormant during those winter months will do wonders to prevent spring injuries that could keep you off the course all summer.

And what about aerobic endurance? The average golfer walks 3 miles during the course of an 18 hole game which is certainly nothing to sniffle at! So how does a golfer prepare aerobically. Try a one mile walk and then build slowly over the pre season months to ensure that you don’t over do it. Look at walking programs such as PARC’s Walk This Way which is specifically designed for adults wanting to start a walking program. Remember aerobic endurance in the form of walking or cycling also has been shown to reduce the recurrence of low back pain after injury.

Remember, before starting any form of exercise or training program check with your doctor first and may all your balls be birdies!!

Reference:
BRANDON, B. and P.Z. PFARCF. Training to prevent golf injury. Curr. Sports Med. Rep., Vol. 8, No. 3, pp. 142-146, 2009

Exercise and bone health

It is well known that regular exercise is excellent for your heart, health and well-being. There is also plenty of evidence that proves that regular exercise is essential in warding off various health-related issues; what's not as well known is that people who perform non-weight bearing exercises such as cycling or swimming as their sole method of exercise could be putting themselves at risk for osteoporosis.

 
Bone is living tissue that responds to loads placed on it. If you perform  non-weight bearing exercises your bones won't retain their density like they would with a weight bearing exercise. If cycling or swimming is currently your only form of exercise, you can be proactive in preventing the disease by adding a little variation in your training.

• Weight bearing exercises such as walking, running, skiing, dancing or jumping all help to retain bone density
• Cross training
• Resistance or weight training
• Improving core strength
• A diet that meets your calcium and vitamin D requirements

A common misconception is that osteoporosis is a disease that is limited to aging women since low estrogen causes bone deterioration, in fact it can affect men as well. Care should be taken for young people in particular, since bones keep growing and do not reach peak density until the age of 30.

For those of you that have already been diagnosed with osteoporosis, it doesn't mean you have to stop moving. Instead, perform exercises that strengthen the back, core and hip, and ensure that you supplement your routine with alternate workouts. Before you run out and buy calcium supplements or change your training schedule, it is always a good idea to talk to your doctor for their recommendations first.

References from the SIRC Collection: 

1. Campion F, NeviII A, MedeIIi J, et al. Bone Status in Professional Cyclists. International Journal Of Sports Medicine. July 2010;31(7):511-515.
2. Cedaro R. Osteroprorosis And Cycling. Triathlon & Multi Sport Magazine. July 2, 2012;15(7):76-78.
3. CYCLISTS AT RISK FOR OSTEOPOROSIS. IDEA Fitness Journal. July 2009;6(7):12.
4. Giles M. Bone strength matters. Bicycling Australia. May 2006;(139):52-54.
5. Hamilton A. Cycling health: a bone of contention. Cycling Weekly. September 30, 2010;:50-51.
6. Hawkins K. Cycling: Bad for the Bones?. Bicycle Paper. August 2012;41(6):1-5.
7. Nichols J, Rauh M. LONGITUDINAL CHANGES IN BONE MINERAL DENSITY IN MALE MASTER CYCLISTS AND NONATHLETES. Journal Of Strength & Conditioning Research (Lippincott Williams & Wilkins). March 2011;25(3):727-734.