A common cause of heel pain is the heel spur, a bony growth on the underside of the heel bone. The spur, visible by X-ray, appears as a protrusion that can extend forward as much as half an inch.
When there is no indication of bone enlargement, the condition is sometimes referred to as "heel spur syndrome." Heel spurs result from strain on the muscles and ligaments of the foot, by stretching
of the long band of tissue that connects the heel and the ball of the foot, and by repeated tearing away of the lining or membrane that covers the heel bone. These conditions may result from
biomechanical imbalance, running or jogging, improperly fitted or excessively worn shoes, or obesity.
Heel spurs occur when calcium deposits build up on the underside of the heel bone, a process that usually occurs over a period of many months. Heel spurs are often caused by strains on foot muscles
and ligaments, stretching of the plantar fascia, and repeated tearing of the membrane that covers the heel bone. Heel spurs are especially common among athletes whose activities include large amounts
of running and jumping. Risk factors for heel spurs include walking gait abnormalities,which place excessive stress on the heel bone, ligaments, and nerves near the heel. Running or jogging,
especially on hard surfaces. Poorly fitted or badly worn shoes, especially those lacking appropriate arch support. Excess weight and obesity. Other risk factors associated with plantar fasciitis
include increasing age, which decreases plantar fascia flexibility and thins the heel's protective fat pad. Diabetes. Spending most of the day on one's feet. Frequent short bursts of physical
activity. Having either flat feet or high arches.
Heel spurs often do not show any symptoms. If you have intermittent or chronic pain when you walk, run or jog, it may be heel spur. There will be inflammation the point where spur formation happens.
The pain is caused by soft tissue injury in the heel. Patients often describe the pain as a pin or knife sticking to the heel. The pain is more specially in the morning when the patient stands up for
the first time.
Diagnosis is made using a few different technologies. X-rays are often used first to ensure there is no fracture or tumor in the region. Then ultrasound is used to check the fascia itself to make
sure there is no tear and check the level of scar tissue and damage. Neurosensory testing, a non-painful nerve test, can be used to make sure there is not a local nerve problem if the pain is thought
to be nerve related. It is important to remember that one can have a very large heel spur and no plantar fasciitis issues or pain at all, or one can have a great deal of pain and virtually no spur at
Non Surgical Treatment
There are many ways to treat heel spurs. Some remedies you can even do at home once a podiatrist shows you how. Heel spur treatment is very similar to treatment of plantar fasciitis. Here are a few
of the most common treatments. First, your doctor will assess which activities are causing your symptoms and suggest rest and time off from these activities. Ice packs are used to control pain and
reduce symptoms. Certain exercises and stretches help you to feel relief quickly. Medications that reduce inflammation and decrease pain are also used. Sometimes cortisone injections are given. Often
special shoe orthotics can help to take the pressure off of the plantar fascia and reduce symptoms. Night splints that keep your heel stretched are sometimes recommended. Rarely, surgery is an
option. A new treatment called extracorporeal shock wave therapy is being studied.
Though conservative treatments for heel spurs work most of the time, there are some cases where we need to take your treatment to the next level. Luckily, with today?s technologies, you can still
often avoid surgery. Some of the advanced technologies to treat a Heel Spur are Platelet Rich Plasma Therapy. Platelet Rich Plasma Therapy (also known as PRP) is one of several regenerative medicine
techniques that University Foot and Ankle Institute has helped bring to foot and ankle care. This amazing in-office procedure allows the growth factors in the blood to be used to actually begin the
healing process again long after your body has given up on healing the area. Heel Pain Shockwave Therapy. Shockwave therapy is a non-invasive procedure done in the office that allows for new blood to
get to the region of fascia damage and help with healing. Results have been excellent with more than 70 percent of patients getting relief with only one treatment. Topaz for Heal Spurs and pain.
Another minimally invasive technology technique is called Coblation Surgery using a Topaz probe. This minimally invasive procedure involves controlled heating of multiple tiny needles that are
inserted through the skin and into the plantar fascia. This process, like PRP and Shockwave therapy, irritates the fascia enough to turn a chronic problem back into an acute problem, greatly
increasing the chances of healing. Heel Spur Surgery. Endoscopic Plantar Fasciotomy is one surgical procedure that we consider to release the tight fascia. University Foot and Ankle Institute has
perfected an endoscopic (camera guided) approach for fascia release to allow rapid healing and limited downtime with minimal pain.
In 2002, researchers attempted to compare the effects of various running techniques on pronation and resulting injuries like stress fractures and heel spurs. They suggested that it is possible to
teach runners to stride in such a way as to minimize impact forces. One way is to lower running speed. Another is to take longer rest periods following a run.