To find out where this condition gets its name, we need to look at a specific area of the foot. Your foot is made up of bones, muscles, tendons, and ligaments. The plantar fascia is a relatively
inflexible, strong, fibrous band on the bottom of the foot that supports the arch of your foot. Beginning at the heel bone, the plantar fascia extends the length of your foot to connect with your
toes at the ball of the foot. When you walk, your weight is distributed across your feet. Any imbalances in the mechanics of your foot and distribution of weight can potentially cause pain. Diseases
involving inflammation end with "itis." This explains the name of the condition as being an inflammation of the plantar fascia, thus plantar fasciitis. Repetitive movements such as walking or running
stretch the plantar fascia. Because it is not very flexible, this can cause small tears in the fascia, which leads to inflammation and pain. Other factors such as high arches, fallen arches, or a
change in the walking surface contribute to the stress placed on the plantar fascia and heel.
Plantar fasciitis symptoms are usually exacerbated via "traction" (or stretching) forces on the plantar fascia. In simple terms, you plantar fascia is repeatedly overstretched. The most common reason
for the overstretching are an elongated arch due to either poor foot biomechanics (eg overpronation) or weakness of your foot arch muscles. Compression type plantar fascia injuries have a traumatic
history. Landing on a sharp object that bruises your plantar fascia is your most likely truma. The location of plantar fasciitis pain will be further under your arch than under your heel, which is
more likely to be a fat pad contusion if a single trauma caused your pain. The compression type plantar fasciitis can confused with a fat pad contusion that is often described as a "stone
Patients experience intense sharp pain with the first few steps in the morning or following long periods of having no weight on the foot. The pain can also be aggravated by prolonged standing or
sitting. The pain is usually experienced on the plantar surface of the foot at the anterior aspect of the heel where the plantar fascia ligament inserts into the calcaneus. It may radiate proximally
in severe cases. Some patients may limp or prefer to walk on their toes. Alternative causes of heel pain include fat pad atrophy, plantar warts and foreign body.
If you see a doctor for heel pain, he or she will first ask questions about where you feel the pain. If plantar fasciitis is suspected, the doctor will ask about what activities you've been doing
that might be putting you at risk. The doctor will also examine your foot by pressing on it or asking you to flex it to see if that makes the pain worse. If something else might be causing the pain,
like a heel spur or a bone fracture, the doctor may order an X-ray to take a look at the bones of your feet. In rare cases, if heel pain doesn't respond to regular treatments, the doctor also might
order an MRI scan of your foot. The good news about plantar fasciitis is that it usually goes away after a few months if you do a few simple things like stretching exercises and cutting back on
activities that might have caused the problem. Taking over-the-counter medicines can help with pain. It's rare that people need surgery for plantar fasciitis. Doctors only do surgery as a last resort
if nothing else eases the pain.
Non Surgical Treatment
A steroid (cortisone) injection is sometimes tried if your pain remains bad despite the above 'conservative' measures. It may relieve the pain in some people for several weeks but does not always
cure the problem. It is not always successful and may be sore to have done. Steroids work by reducing inflammation. Sometimes two or three injections are tried over a period of weeks if the first is
not successful. Steroid injections do carry some risks, including (rarely) tearing (rupture) of the plantar fascia. Extracorporeal shock-wave therapy. In extracorporeal shock-wave therapy, a machine
is used to deliver high-energy sound waves through your skin to the painful area on your foot. It is not known exactly how it works, but it is thought that it might stimulate healing of your plantar
fascia. One or more sessions of treatment may be needed. This procedure appears to be safe but it is uncertain how well it works. This is mostly because of a lack of large, well-designed clinical
trials. You should have a full discussion with your doctor about the potential benefits and risks. In studies, most people who have had extracorporeal shock-wave therapy have little in the way of
problems. However, possible problems that can occur include pain during treatment, skin reddening, and swelling of your foot or bruising. Another theoretical problem could include the condition
getting worse because of rupture of your plantar fascia or damage to the tissues in your foot. More research into extracorporeal shock-wave therapy for plantar fasciitis is needed. Other treatments.
Various studies and trials have been carried out looking at other possible treatments for plantar fasciitis. Such treatments include injection with botulinum toxin and treatment of the plantar fascia
with radiotherapy. These treatments may not be widely available. Some people benefit from wearing a special splint overnight to keep their Achilles tendon and plantar fascia slightly stretched. The
aim is to prevent the plantar fascia from tightening up overnight. In very difficult cases, sometimes a plaster cast or a removable walking brace is put on the lower leg. This provides rest,
protection, cushioning and slight stretching of the plantar fascia and Achilles tendon. However, the evidence for the use of splint treatment of plantar fasciitis is limited.
If you consider surgery, your original diagnosis should be confirmed by the surgeon first. In addition, supporting diagnostic evidence (such as nerve-conduction studies) should be gathered to rule
out nerve entrapment, particularly of the first branch of the lateral plantar nerve and the medial plantar nerve. Blood tests should consist of an erythrocyte sedimentation rate (ESR), rheumatoid
factor, human leukocyte antigen B27 (HLA-B27), and uric acid. Itâs important to understand that surgical treatment of bone spurs rarely improves plantar fasciitis pain. And surgery for plantar
fasciitis can cause secondary complications-a troubling condition known as lateral column syndrome.
Stretching the plantar fascia and the calf muscle area can help to prevent inflammation. Slowly increasing the amount or intensity of athletic activities by graded progression can also help to
prevent injury. Recommended Stretches: Taking a lunge position with the injured foot behind and keeping your heels flat on the floor, lean into a wall and bend the knees. A stretch should be felt in
the sole and in the Achilles tendon area. Hold the stretch for 20-30 seconds. Also try this stretch with the back leg straight.