The term "shin splints" is the name used for pain at the front of the lower leg. The most common cause is inflammation of the periosteum (the fibrous bone covering) where muscle fibres are attached to it. Sometimes the pain of "shin splints" may be due to stress fractures of the tibia, usually two or three inches above the bony part of the ankle. Shin splints are usually an overuse injury, caused by repeated pounding on hard surfaces that occurs in sports like running, basketball and indoor football.
Pain and sometimes swelling in the shin area are the typical signs of shin splints. Sometimes you may notice bumps over the shinbone. If this pain is ongoing, you may be suffering from a stress fracture, so it is important to get your leg checked out by a GP or a sports injury specialist. It is worth noting that X-rays do not show stress fractures at the time of injury. However, four weeks later, healing bone may be seen at the site of the fracture.
Visit your doctor if you suspect shin splints - it may be that you are suffering from a stress fracture. If it is found that you do have shin splints, the following treatments options are:
All muscles are surrounded by a protective sheath and sometimes, due to overtraining or injury, the muscle becomes too big for its sheath. The resulting increased pressure in the sheath causes pain and swelling around the muscle. When this happens, it is called compartment syndrome. A common compartment syndrome to occur in footballers is that of the tibalis anterior - the big muscle on the outside of the shin. This injury is known as anterior compartment syndrome.
Two types of contusion injury can occur:
Acute anterior compartment syndrome- syndrome is usually caused by a muscle tear or an impact. This causes bleeding and swelling inside the muscle compartment. The syndrome can also be caused by overuse of the muscle.
Chronic anterior compartment syndrome- may occur as the result of overuse and overdevelopment of the muscle during training, or the over-expansion of the blood vessels during exercise, which causes the muscle to swell and put pressure on the surrounding sheath.
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