Soccer and Knee Injuries

By Nancy Simpkins

Soccer is the most played sport in the world, and the number of people taking to the fields in the U.S. is gradually increasing. Although soccer is considered to be safer than football, it’s popularity means that there are many soccer injuries. Among soccer players, the knee is one of the most commonly injured areas, second only to the ankle.

Nearly half of soccer’s knee injuries occur during tackling. These injuries include sprains and strains, meniscus tears, osteoarthritis, patellofemoral pain, and patella subluxations and dislocations.

Another common soccer injury is a rupture of the anterior cruciate ligament (ACL). This ligament runs from the front of the tibia (shin bone) back and up to the outer femur (thigh bone). It prevents the tibia from moving forward, which keeps the knee stable. Injuries to this ligament can occur as a result of landing from a jump, slowing down while abruptly changing direction on a planted foot, or from an opponent striking the outer part of the leg during a slide tackle. A rupture of the ACL needs to be repaired surgically.

Physical therapy before ACL surgery can decrease inflammation, swelling and pain. It can also improve range of motion and strength, and normalize gait. The athlete will also attend physical therapy postoperatively, and depending on the athlete’s progress, the physician will recommend waiting six to twelve months before the athlete returns to competition.

Meniscus tears, which are tears to the shock-absorbing cartilage in the knee, are associated with ligament injuries and can require more aggressive rehabilitation. A comprehensive strengthening program is often sufficient treatment, but if not, arthroscopic surgery can repair the tear.

Ice Skating Injuries

As ice skaters glide across the ice, their motions cause repetitive stresses to the feet and ankles. Skaters must push off with one foot and then the other, and they often stop and start suddenly. These actions can lead to acute or chronic injuries, including ankle sprains, “pump bump” and Achilles tendonitis.

An ankle sprain can occur when a skater catches the edge of the skate blade on the ice, which forces the ankle to roll outward. The stress on the ankle is exaggerated when the blade of the skate raises the foot off the ice. This type of injury typically causes pain and swelling at the injured site, making it difficult to put weight on the affected leg, or to move it. Bruising may occur within a day or so, depending on the severity of the injury.

Initially, ankle sprains should be managed using the principles of RICE (rest, ice compression and elevation). If pain and dysfunction continue, a physical therapist can help you get back out on the ice with treatments to decrease pain and swelling, manual therapy to increase joint play and decrease pain, and instruction in exercises to increase strength and motion.

Pump bump (named for the women’s shoes that most often cause it) can result when poorly fitted boots irritate the back of the heel. The bursa, the fluid filled sac that protects the heel bone, becomes inflamed, which can be quite painful. Conservative treatment of rest, ice, anti-inflammatory medication and making boot adjustments is usually all that is necessary.

Achilles tendonitis, normally an overuse injury, can also result from ill-fitting boots, which put increased stress on the tendon. Using soft, plastic foam padding in the ankle area can help prevent this condition.

Before venturing out onto the ice, remember these tips to reduce your risk of injury: Be sure your boots are of adequate quality and fit correctly to help your ankles stay erect; wear simple, warm clothing that is not too restricting; and maintain the flexibility required for skating by warming up with stretches of the lower extremities, including the calves, quadriceps and hamstrings. Whether you’re skating professionally or recreationally, these steps can reduce the likelihood that you’ll suffer injuries on the ice.

Out of Joint: Shoulder Dislocation During Skiing

By Nancy Simpkins

The shoulder is the most commonly dislocated joint in the human body, accounting for almost half of all dislocations. Among skiers, dislocation is the most common shoulder injury. Of the estimated 15 million skiers in the United States, thousands experience shoulder dislocations each year.

The structure of the shoulder joint is the reason for both its mobility and its susceptibility to injury. The shoulder is the connection of three bones: the arm bone (humerus), the shoulder blade (scapula) and the collarbone (clavicle). The connection between the arm bone and the collarbone is a ball and socket joint. The ball is the head of the humerus, and the socket is called the glenoid. The ball is bigger than the shallow socket, and it depends on muscles, tendons and ligaments to hold it in place. While this structure allows the joint to move in many directions, it also makes it fairly easy for the ball to pop out of the socket. When it comes out completely, this is called a dislocation. If the ball comes only partway out, the injury is called a subluxation. These should not be confused with a shoulder separation, which occurs when there is an injury to the joint between the shoulder blade and the collarbone.

Skiers can dislocate their shoulders in one of two ways. The more common cause of this injury is a fall onto an outstretched hand. The shoulder can also dislocate when a skier’s pole gets caught in the snow, and the skier holds onto the pole while skiing past it.

A dislocated shoulder causes severe pain, which makes it difficult to use the affected arm. There is usually a distortion in the shape of the shoulder, and there may also be swelling and bruising around the joint, as well as numbness in the arm. Emergency treatment is required.

At the emergency room, X-rays will usually be taken to confirm the dislocation, and then the doctor will reduce the joint, or put it back in place. Reduction often requires a painkiller, and sometimes even general anesthesia is needed. After reduction, additional X-rays may be taken to confirm that the dislocation has been corrected.

A dislocation causes the ligaments in the shoulder to be stretched or torn, and this can lead to shoulder instability. This condition makes the shoulder susceptible to repeated dislocation. It’s most common in younger patients, since their ligaments are naturally looser. Surgery to tighten the ligaments is almost always recommended for those under 20, but may not be necessary for older patients. If an older patient experiences instability following a shoulder dislocation, it is often due to a tear of the rotator cuff, which may require surgical repair.

Physical therapy is recommended for anyone who has suffered a dislocated shoulder. Therapy can reduce discomfort, strengthen the shoulder and improve its range of motion. Exercise is an important part of the treatment, and treatment may also include heat, cold, massage, ultrasound, electrical stimulation, traction or mobilization (gentle manipulation of the joint).

Although falls can’t always be avoided during skiing, there are ways to reduce the likelihood of injury. One is learning how to fall correctly; it’s best to keep your hands in front of you and fall on your side. It’s also a good idea to stretch and strengthen muscles before you ski. Even if you do fall, if you’re in good shape and you know the right way to fall, you can reduce your chances of injuring your shoulders, and the rest of your body will benefit as well.