Sunday, September 8, 2013

Safeguard Joints That Are Prone to Injury


Many of us take joint health for granted. The strange thing is that you can injure a joint and not even know it. Injury can take place by simply overusing a particular joint or wearing the wrong type of footwear. But once an injury has taken place, it can lead to a gradual degeneration of that joint. The cartilage can begin to tear and bone rubs against bone causing pain and inflammation of surrounding tissues. Joint pain can often manifest after the age of forty and after that the need for joint pain relief can grow more intense. By caring for your joints now, you could avoid pain later.

Which joints require the most care or joint support? Let's take a look at 10 joints that are most prone to injury.

Joint Support for Elbows: Injuries to the elbow joint can occur when playing sports like mountain climbing, racquet sports, baseball, or any sport that involves a throwing or swinging action like golf and volleyball. Elbow injury could also be caused by an occupation that involves repetitive use of the elbow joint.

Joint Support for Ankles: The ankles bear the largest weight. Injuries to the ankle usually occur when we step on uneven surfaces and twist the ankle. Vigorous physical activity such as jumping, landing on a hard or uneven surface can also cause injury to the ankle joint. Joint pain relief becomes vital since it can limit our mobility.

Joint Support for Knees: The knee joint is a weight-bearing joint. Common knee injuries can be due to a blow to the knee by a fall, a sudden stop while running or a twist of the knee, or overuse. Pain can gradually increases with age.

Joint Support for Back joints: Historically the lower back usually incurs more wear and tear. The back bears the weight of the body, but also bears extra stress when we lift heavy objects. Laborers and athletes who do weight training are more susceptible to back aches. Injury can also occur due to poor posture or being overweight. Joint pain relief may be found by massage therapy. Injuries to the back can be difficult to rehabilitate and are more likely to recur.

Joint Support for Shoulders: Being a ball and socket joint, the shoulder joint is flexible and affords wide range of motion. Pain here can arise due to poor posture, wear and tear, overuse, aging, sports such as baseball or tennis, even repetitive household chores that affect the shoulders. Many have found joint pain relief by adopting a proper posture or giving adequate recovery time between sports events.

Joint Support for Neck: A pain in the neck can be due to contact sports, lifting heavy objects or a jerking movement of the neck. It can also be due to poor posture or sitting at your desk for extended periods without stretch breaks. Stretch exercises for the neck can help bring joint pain relief.

Joint Support for Wrist: The most common injury to the wrist is linked to joint impact due to a fall or an accident. The wrist can also suffer injury due to poor positioning of the wrist on a keyboard for prolonged periods. Repetitive use in daily activities can also trigger wrist pain.

Joint Support for Fingers: Wear and tear occurs more easily and shows itself gradually. Simple tasks become difficult such as paring an apple, knitting, or opening the lids of a jar. Joint pain relief may be found by increasing circulation and regular exercise.

Joint Support for Hips: The hips are weight-bearing joints. The cartilage can begin to wear and tear faster especially for those involved in sports like golf, skiing, track, soccer or football. Professional dancers are also prone to hip pain as are those who over-exercise. Many find joint pain relief through low impact exercises.

Joint Support for Toes: Injury here is more common among people who play on artificial turf.. People who wear footwear that does not give support to the forefront joints are also prone to toe injury.

Some of you reading this may think the damage is already done, what can I do? There aren't any ways to bring back time but fortunately there have been scientific breakthroughs that can help restore joint health to some extent.

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