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Shin Splints
Taping
Techniques
The term shin splints is currently avoided in medical
circles and the terms medial tibial stress syndrome, compartment syndrome and
stress fracture are preferred. The term shinsplint has been historically used to
encompass almost all problems occurring in the lower leg. These problems
included both bone and soft tissue problems and those that overlapped. They were
jumbled into several categories which poorly represented reality. The previous
categories in use were anterior, posterior, medial and lateral. Most athletes
have used the term shin splint to refer to pain occuring either in the anterior
or the medial portion of the leg. This correlates well with the type of problems
that are most often seen and will be utilized here. Problems that occur in the
lateral aspect of the leg are usually either fibular stress fractures or
peroneal tendon injuries following an inversion injury of the ankle. Posterior
leg pains are frequently injuries to the posterior muscle group at the
myotendinous junction of the calf muscles and achilles tendon or early achilles
tendonitis.
Definition:
The lower leg pain resulting from shin splints is generally caused by very small tears in the leg muscles at their point of
attachment to the shin. The previously mentioned types are:
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Anterior shin splints occur in the front
portion of the shin bone (tibia). Most of these are soft tissue
injuries interface of the bone and muscle however stress fracturing can
occur in this area. Anterior shin splints usually have a longer, wider more
vertically oriented area of symptoms and tenderness. Most stress fractures
have a discrete narrow line of tenderness. This line in many stress
fractures of the tibia extends horizontally, but might take a tangential
course through the tibia. With those that are horizontal there would be no
tenderness found one or two centimeters above or below this discrete line of
tenderness.
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Posterior shin splints occur to the rear of the leg and are
frequently injuries to the posterior muscle group at the junction of the calf muscles and achilles tendon or
early achilles tendonitis.
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Medial shin splints occur on the inside
(medial) part of the leg along the tibia. The term medial shin
splints has been replaced by medial tibial stress syndrome. Stress fractures
can also occur in this area. The definitive test for stress fracture is a
bone scan, but false negatives or positives occur. A physical examination
can often be used to differentiate between "medial shin splints"
and stress fracture. With medial shin splints, (medial tibial stress
syndrome, MTSS), the tenderness extends along a considerable vertical
distance of the shin (tibia). When a stress fracture is present, tenderness
is usually noted that extends horizontally across the front of the tibia.
-
Lateral shin splints occur on the outside
part of the leg.
Symptoms:
The pain may begin as a dull aching sensation
after running. The aching may become more intense, even during
walking, if ignored. Tender areas are often felt as one or more
small bumps along either side of the shin bone.
Causes of Injury:
-
Shin splints are often due to muscle
imbalances, insufficient shock absorption, over or under pronation.
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Tightness in the posterior muscles, which propel the
body forward, places additional strain on the muscles in the front part of
the lower leg, which work to lift the foot upward and also prepare the foot
to strike the running surface.
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Hard surface running, or worn or improper shoes
increases the stress on the anterior leg muscles. Softer surfaces and shoe
cushioning materials absorb more shock and less is transferred to the shins.
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The lower leg muscles suffer a tremendous amount of
stress when a runner lands only on the balls of the feet (toe running),
without the normal heel contact.
-
The muscles of the foot and leg overwork in an
attempt to stabilize the pronated foot and the repeated stress can cause the
muscles to tear where they attach to the tibia.
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Rapid increase of speed or
distance.
Short Term Treatment:
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Ice immediately after running, never before.
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Treat with the use of anti-inflammatory pain medicines.
The most acceptable over-the-counter medications of this type are Ibuprofen
and Naproxen Sodium and should be taken in the dosages indicated on
the packaging.
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Reduce mileage and intensity for 7 to 10 days.
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Avoid hills and hard running surfaces.
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A varus wedge to support the inside of the foot and
reduce the amount of pronation.
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Gentle stretching of the posterior leg and thigh
muscles.
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Taping (click
for instructions).
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Exercises
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Calf Stretch: With hands on a wall,
extend one leg behind and press its heel to the ground slowly. Perform
20 times with each leg.
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Toe Taps: Place both hands against a
wall. With knees slightly bent, tap your toes up and down quickly.
Perform 20 times each with feet parallel, tuned out and turned in.
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Calf Raises: With knees straight, lift
heels off the ground as high as possible. Perform 20 times each with
feet parallel and turned out.
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Achilles Stretch: Place hand against a
wall with feet about 1' from the wall and heels on the ground. Bend one
knee as far as possible while keeping heel down. Perform 20 times with
each foot.
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Ankle Circles: With one hand on wall for
balance, lift leg and circle the foot 20 times each clockwise and
counterclockwise. Perform 20 times with each leg.
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Shin Stretch: With one hand on
wall, bend one knee, place that pointed foot behind you and gently press
the foot down. Perform 10 times with each foot.
Self-enforced treatment of shin splints, as with most
overuse injuries, is successful in most cases.
Long Term Treatment:
Persistent problems may warrant a visit to a
sports-medicine specialist who may prescribe the following treatments:
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Strengthening and flexibility programs to correct
muscle imbalance. These exercises should only be done in the absence of
pain.
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Orthotic devices.
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Anti-inflammatory medications.
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Physical therapy involving ice massage, ultra-sound,
electrostimuli and heat to reduce inflammation and pain.
The best means of prevention of serious athletic injuries
is to maintain good muscle strength and flexibility.
Prevention:
Ankle mobility and flexibility has been determined to
be a valuable resource for the prevention of shin splints. The following series
of drills performed three times daily - morning, prior to practice and night -
can assist in developing and maintaining flexibility in the ankles.
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Tucker Crunch: While seated using your hands
hyperextend and rotate each foot in all directions and angles.
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Foot Rotations: Pull your toes forcefully
towards the knees and then rotate them outward. Curl your toes away from
your knee and force them outward, sideways and return to the original
position. Repeat 10 times in each direction with each foot.
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Isometrics:
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Pull the toes up toward the body building up
force gradually and then hold for 10 seconds.
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Curl the toes and hyperextend the foot and ankle
away from the knee while keeping the leg straight gradually increasing
tension. Hold for 10 seconds.
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Turn the ankle and foot inward building up
tension. Hold for 10 seconds.
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Rotate the ankle and foot outward and upward
gradually increasing tension. Hold for 10 seconds.
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Stand between 18" and an arm's length from
the wall with the feet and heels on the ground. Push the hips and chest
to the wall keeping the heels flat on the ground.
Some information and graphics provided by the
American Running and Fitness Association.
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