Pilates For Achilles Tendinitis

Heel pain can occur at either of two places: the bottom of the heel or the back of the heel. The heel bone, the calcaneus, is the largest bone of the foot and bears our full weight during part of each stride. The painful heel, in almost all instances, is caused by excessive strain on one of the two major ligaments, and the pain occurs where these ligaments attach to the bone.

First, the Achilles tendon attaches at the back of the heel. This is the strongest tendon in the body and connects the muscles on the back of the calf to the heel. The force of contraction of the calf muscles enables us to stand on tiptoe and gives an extra thrust as we walk. Damage to this tendon attachment is called Achilles tendinitis. Frequently, there will also be tears in the tendon itself or in the lower part of the muscle.

Second, the heel spur syndrome affects the bottom of the heel. This is where the ligaments that make up the arch of the foot attach to the heel bone. These ligaments function like a bowstring to arch the foot, so they are under pressure every time we stand or step. If a problem at the bottom of the heel persists, calcium may develop in the inflamed area where the ligaments attach. The presence of the calcium spur may or may not cause additional pain. Many people have pain without visible spurs on X-ray, while others have spurs but no pain.

Usually heel pain is a simple result of a minor and forgotten injury. Unfortunately, since we strain the injured part every time we walk or stand, these problems can become a vicious cycle in which there is more injury, more inflammation, more injury, and so forth.

Rest, avoidance of further injury, and gradual resumption of activity as the pain subsides are indicated. Non-weight-bearing activities like swimming can be continued full tilt.

For Achilles tendinitis, rest the foot or feet. Use a shoe with a high heel wedge and a lot of padding, since this limits the stretch on the tendon. Warm up and stretch carefully for 10 to 15 minutes before exercise. Exercises such as tennis or walking uphill are not good; these stress the tendon. Remember that tight muscles on the back of the leg put extra strain on this tendon, so warm up with gentle toe touching or other stretching exercises for the calf muscles.

For the heel spur syndrome the activities to avoid are ones that cause pounding on the bottom of the heel. Heel padding will help, but support for the arch is even more important since this takes tension off the ligaments whose job it is to hold the arch. A strap around the foot at the level of the top eyelets on a shoe, secured firmly but not tightly by Velcro, can give good relief. Commercially made running shoes are sometimes very helpful. In most of these shoes the cushioning air cells break down after a few months, so you should change shoes even before they appear worn out. Don’t worry about wearing a silly-looking shoe; forget fashion and concentrate on getting well. This kind of problem can take a year or more to resolve, or it may go away quickly. Keep trying.

Tendons themselves are cords of tough, fibrous connective tissue that attach muscles to bones. Tendinitis is an inflammation of the tendon. The condition may also involve the tendon sheath, usually close to where the tendon goes into the muscle.
Tendons are generally healthy structures that appear glistening white to the naked eye. If you’ve ever carved a turkey, the tendons are the tough bands you cut through to get the drumsticks apart.
The most common cause of tendinitis is overuse and repetitive motion from recreational, athletic, or occupational activities.
These are some of the more common forms of tendinitis. Medial epicondylitis (also known as golfers elbow, baseball elbow, suitcase elbow) is caused by forceful wrist flexion and pronation injuring the tendons that attach to the medial epicondyle of the humerus. Lateral epicondylitis (tennis elbow) is caused by continued stress on grasping muscles of the hand on rotation so the forearm faces upward or forward
Rotator cuff tendinitis (swimmer’s shoulder, tennis shoulder, pitcher’s shoulder) – Caused by sports that require movement of the arm over the head repeatedly causing inflammation on the rotator cuff a group of muscles that control shoulder rotation. Peripatellar tendinitis (jumper’s knee) – Caused by repetitive jumping, running, or cutting.
Popliteus tendinitis is caused by downhill running or walking. Achilles tendinitis is caused by downhill running. Trauma or thermal injury to the tendon. Evidence of a strong association between the fluoroquinolone antibiotics and tendinitis
Tendinitis causes pain over the affected tendon close to where it is inserted into the muscle. The pain is usually worsened with repetitive motion, but it can also be present at rest. There can also be mild swelling over the tendon.
Medial epicondylitis causes pain in the flexor pronator tendons and medial aspect of elbow when the wrist is flexed or rotated outward against resistance. Lateral epicondylitis – Pain in the lateral epicondyle of the elbow when the wrist is extended against resistance. Rotator cuff tendinitis – Pain initially when the arm is brought forward over the head, severe pain when bringing the arm across the chest.
Peripatellar tendinitis causes pain in the region of the kneecap during or after physical activity. Popliteus tendinitis causes pain in the side of the knee with downhill running. Achilles tendinitis, the pain with dorsiflexion of foot usually while running
If you have symptoms of tendinitis, see your doctor to rule out other causes of pain such as a torn tendon, infectious versus degenerative arthritis, bursitis, infectious tenosynovitis. Go to an emergency department for evaluation if you experience fever, increased redness, or worsening symptoms without relief with treatment at home.
To help yourself at home, we suggest you rest, immobilization of affected extremity, ice to affected area, elevation of affected extremity, and use over-the-counter nonsteroidal anti-inflammatory medications (such as Advil or Aleve).
Recommendations, Ice the affected area 20 minutes at a time every several hours for at least the first 24-48 hours. Wrap ice in a towel to protect your skin. Change to heat treatments for the next several days. Elevate and immobilize the affected extremity. Use slings and splints to keep the injured area of shoulders and arms from moving.
For other parts of the body, use compression with Ace bandages to reduce swelling. Crutches may be helpful. Begin an exercise program to build muscle strength and range of motion with a physical therapist after the acute phase.
The doctor may recommend pain control with nonsteroidal anti-inflammatory drugs you can buy over-the-counter, such as ibuprofen (Motrin, Advil). If pain is severe, the doctor may give you an injection with steroids. This may help by decreasing pain and inflammation but should not be done more than a few times because steroids weaken the tendon, leaving it vulnerable to rupture (see ruptured tendon).
Furthermore, Extracorporeal shock wave therapy has been shown to have good results in calcific tendinitis or other forms of tendinitis. Currently, it is still being studied. Also, ultrasound therapy is used in some cases, but its effect has not been proven. Its greatest usefulness may be in calcific tendinitis.
Diagnosis is usually made based on the way the affected tendon and movement of the associated muscle feels. The doctor may have you do these movements to check for pain and tenderness. Medial epicondylitis: The forearm is placed in supine position, and the fist is flexed against resistance while the forearm is held down.
Tenderness is felt in the area of the medial epicondyle and flexor pronator tendons. Lateral epicondylitis: The forearm is placed in prone position on the table, while the forearm is held in place. You try to extend your wrist against resistance. Tenderness is felt along extensor area.
Rotator cuff tendinitis; Supraspinatus: Bend the arm to 90 and place it forward 30 with the thumb pointed down. Pain or weakness against resistance can be felt if there is involvement of this tendon. Infraspinatus and teres minor: With your arm against your body with elbow bent at 90, the doctor will stabilize the elbow against your waist and have you externally rotate against resistance, which will bring on pain if these tendons are involved.
Subscapularis: With your arm against your body and the elbow bent at 90, while stabilizing the elbow, the doctor will have you internally rotate your arm inward around the front of your body against resistance, which will cause pain if this tendon is involved.
Peripatellar tendinitis; Tenderness can be felt over the quadriceps tendon at the upper part of the kneecap. Popliteus tendinitis: Sit with the side of your injured heel resting on the knee of the opposite leg.
Tenderness can be felt just in front of the fibular collateral ligament. Achilles tendinitis: Tenderness is felt when the Achilles tendon is squeezed between the fingers. Ultrasound evaluation of the tendon with real time machines can give an accurate diagnosis. A CT scan and MRI can be used. The MRI is better able to identify tears, partial tears, inflammation, or a tumor.