Ninety percent of patients will respond to conservative treatments. Extracorporeal shock wave therapy or surgery are options for more chronic cases, which are not responsive to conservative therapy. Surgical options include coblation therapy (radio frequency technique still being studied), endoscopic plantar fascial release (EPF) and open heel surgery. In some cases open heel surgery may be beneficial, but there is less trauma to the surrounding tissues and a faster healing time with the endoscopic technique.

Ultrasound-guided endoscopic plantar fascia surgery is a new variation of the traditional EPF technique. A recent study (J Am Podiatry Med Assoc 99(3): 183-190, 2009) evaluated the safety and effectiveness of ultrasound-guided plantar fascia release for treatment of chronic plantar fasciitis.

Forty-one patients had ultrasound-guided endoscopic plantar fascial release on forty six feet. They were evaluated after four weeks using the American Orthopedic Foot and Ankle Society Ankle and Hindfoot Rating Scale and significant improvements were noted compared to baseline (before surgery). There were no complications during the study period. The authors concluded that ultrasound-guided endoscopic release is a safe and effective surgical procedure for the treatment of chronic plantar fasciitis.

Ultrasound can be used to visualize and evaluate the thickness of the plantar fascia. Fascia thickness has been shown to correlate with heel pain. An ultrasound records the echo of sound waves reflected off an object, such as a ligament, tendon or bone. More dense objects, such as bone, will appear brighter. Less dense objects, such as air or inflammation, will appear darker or black on the ultrasound image.

A thickened and inflamed fascia, which occurs in plantar fasciitis, will appear black on ultrasound. The advantage of using endoscopy for the surgical release is minimal trauma to the surrounding tissues which translates to a faster healing time. Combining the use of ultrasound imaging with the endoscopic fascial release allows for better visualization and more precise anatomical dissection of the plantar fascia. Further studies are needed to compare ultrasound guided plantar fascial release to the traditional endoscopic plantar fascial release. This study had only a short term follow-up and studies with long term follow-up will be helpful in further determining the safety and effectiveness of this procedure.

If you are out running hills and feel a sharp pain or dull ache in the back of the leg down near the heel, this could be Achilles tendonitis. If you feel along the course of the tendon (where it is mobile just above your heel bone) and you have tenderness, this is most likely Achilles tendonitis. Don’t ignore this. Ice the area and decrease your activity level. Avoid hills or speedwork until it subsides. If it doesn’t quickly get better, see your podiatrist. Otherwise you might end up sidelined for four to six weeks.

One of the most effective ways to prevent injury to the Achilles tendon is through a good warm-up and stretching routine prior to long runs, hill repeats and speed workouts. This keeps the tendon pliable, preventing micro-tears. Stretching can improve blood flow, enabling a speedy recovery if you do become injured. Stretch after a short warm-up; you should avoid aggressive Achilles stretches when your muscles are cold.

Patients with Achilles tendinitis often report a sense of sluggishness in the leg, diffuse pain around the Achilles tendon, or mild pain either during or after exercise that usually worsens as they run. Other symptoms can be swelling, morning tenderness in the Achilles tendon, or stiffness at the back of the leg that generally diminishes as the tendon warms up with use.

The severity of the injury to the Achilles tendon will help determine the treatment. But in most cases, rest is part of the treatment. It might be necessary to stop running and other high impact exercise, although often you can cross-train and cycle, as long as there is no pain or stress to the healing tendon. Treatment can also include non-steroidal anti-inflammatory medication or orthoses, which are devices designed to help support the muscle and relieve stress on the tendon, such as a heel pad or shoe insert.

Other treatments are bandages specifically designed to restrict motion of the tendon, stretching, physical therapy, massage, ultrasound and appropriate exercises to strengthen the weak muscle group in front of the leg and the upward foot flexors that work against the Achilles tendon. If the tendonitis is mild, simple modifications of activities may help. Decreasing mileage, running on flats instead of hills, and backing off the activity level until there is no pain with exercise can allow the tendon to heal. In general, ice is much better than heat for tendonitis.

Some medications can increase the risk of Achilles tendon ruptures (complete tear). Whenever taking medications such as oral steroids or antibiotics (prednisone, Cipro, Levaquin, etc.) you should not exercise unless you have discussed this with your treating doctor. You may have seen in the news where the FDA recently posted a strong “Black Box” warning about these antibiotics and the associated risk of tendon ruptures.

A torn Achilles tendon is serious. Interestingly, it is not always painful. However, there is usually significant weakness and difficulty standing up on the toes if this has occurred. Any suspected torn tendon can be serious and should be evaluated by a podiatrist. In rare cases surgery may be needed to repair the tendon.

If you happen to be a marathon runner in training for battle on the course; warm up before you stretch, but most of all, don’t deviate from your training program. Do not run through the pain if you think you have Achilles tendonitis. If you are a Trojan War hero in battle, and you see any arrows coming your way, stay low and keep moving!

Heel pain is a common complaint for many people.  Although there can be many causes, the most common cause of heel pain is plantar fasciitis.  Many people commonly refer to having a heel spur, but the truth is that heel spurs don’t actually cause pain, they are just a symptom of an imbalance in the foot, often caused by plantar fasciitis.

Plantar fasciitis is an inflammatory disorder of the plantar fascia, which is the connective tissue on the bottom of the foot.  The heel spurs that are often a result of plantar fasciitis are soft calcium deposits that form as a result of the tension and inflammation taking place where the plantar fascia attaches to the heel.

The plantar fascia is a connective tissue that plays an integral roll in the functioning of the foot.  It not only encapsulates the muscles of the foot, but it is a major supporter of the arch of the foot, acting like a bowstring connecting the heel and ball of the foot.  

As you walk, the plantar fascia endures a tremendous amount of tension.  This tension can be made worse if the calf muscles lack flexibility.  The normal tension endured by the plantar fascia is about two times your body weight, so increased body weight leads to increased stress and strain on the plantar fascia.

Over time, the tremendous pressure placed on the plantar fascia can lead to inflammation.  This inflammation can lead to the chronic condition of plantar fasciitis.  Treatment of plantar fasciitis can include resting the feet, stretching the foot and calf muscle, as well as icing the bottom of the foot to reduce inflammation.  Losing weight can also have a positive impact.

But if plantar fasciitis persists, it can have a debilitating effect on your life.  Pain associated with plantar fasciitis can minimize walking or standing and prevent you from performing simple, everyday activities.  

If you are experiencing heel pain you may need to see a doctor.  But understand that surgery is the last resort.  One simple solution to minimizing the effects of plantar fasciitis is arch supports.  Proper arch supports will cushion the plantar fascia and provide the proper support to minimize the tension and strain on the foot.

Spenco insoles and orthotic arch supports have been around for over 40 years and offer podiatrist recommended, laboratory tested, proven quality products for people suffering from heel pain and plantar fasciitis.

TheInsoleStore offers the full line of Spenco products and can help you choose the right arch support.  If you suffer from heel pain it doesn’t necessarily mean you have plantar fasciitis, but it does usually tell you that there is an imbalance in the foot.  Spenco insoles and orthotic arch supports will help bring balance back to your feet and provide the comfort and support you need to maintain  healthy and properly functioning feet.

If you find that your heel hurts, feels hot and is swelling, relax. It is likely your problem is not related to peripheral neuropathy. It is more probable that the condition you are suffering from is either Plantar Fasciitis or Bone (heel) spurs.

Plantar fasciitis is a condition that results when the plantar fascia (a thin layer of strong tissue that supports the arch of the foot) is repeatedly torn. These microscopic tears may be caused by stressing out the arch, muscles weakness within the foot, tightening of the calf or foot, wearing shoes that are too small, overusing your feet by running too hard, too fast and too soon, and obesity. People who have flat feet, low arches or high arches in their feet are at a higher risk of developing plantar fasciitis.

Sometimes, plantar fasciitis is mistakenly called “heel spurs”. Although it is possible for a heel spur to develop from plantar fasciitis, they are not always a factor of the condition. Furthermore, heel spurs are actually bone spurs that occur on the feet. A bone spur is a bony growth that forms on natural bone. Bone spurs are often smooth but can be painful if they are pressed or rub against other bones, tendons, ligaments and other nerves in the body.

Bone spurs usually occur on the sole or back of the heel. Most bone spurs that appear on the bottom of the heel are the result of plantar fasciitis, while those that occur on the back of the heel are often caused by rubbing shoes. The most common shoe to cause bone spurs are high heels. That is why these types of bone spurs are known as “pump bumps”. The forming of a bone spur is the body’s effort to try and repair itself in response to prolonged rubbing, pressure or stress in the affected area.

People who suffer from plantar fasciitis and/or bone spurs can seek many different forms of treatment to help them cope with the condition and relieve symptoms. When treatment is started early most people experience relief of symptoms within six weeks, and avoid the need for surgery. However, successfully easing symptoms in some people may be difficult if the type of job they do is demanding of their feet (IE. constant walking, standing or bearing weight, etc.)

The main goal of treatment is to find a way to help an affected heel absorb shock. The best way to achieve this is to provide the heel with cushioning and elevation. This helps to divert pressure away from the plantar fascia. Special shoe inserts known as Orthotics are highly recommended for treatment. They are designed to absorb shock, elevate the back of the foot, and cradle the heel.

Wearing the right footwear is also important when it comes to treating plantar fasciitis and bone spurs. The best shoes are those that offer good arch support and a firm heel at the appropriate height. A podiatrist may be able to recommend a good shoe for your foot. However, the best person to visit is a shoe specialist known as a pedorthist.

Other forms of effective treatment include:

The most common cause of heel pain is plantar fasciitis, which is also called heel spur syndrome. Heel pain also encompasses numerous other ailments of the foot, including nerve irritation, arthritis, tendonitis, stress fracture, and in rare cases, cysts. Because there are so many reasons for heel pain, it is always best to get the foot looked at by a medical professional. A podiatrist, orthopedic or foot and ankle surgeon is your best bet for a proper diagnosis, as they specialize in problems involving the foot. Some heel pain may get better on its own, but may worsen if people ignore the pain and continue to perform activities that injured it in the first place. If this happens, heel pain will continue to get worse, become a chronic condition that will deteriorate over time. Even so, surgery is hardly ever necessary in these scenarios.

What are the symptoms of Heel Pain?

As the name implies, the primary symptoms of heel pain are, by and large, soreness and discomfort in the foot, and in particular the heel region. The onset of pain is usually preceded by an activity that caused irritation or injury to the heel or foot. The pain may not be immediately noteworthy, but it can progress causing extreme soreness and discomfort. Heel pain is most often exacerbated shortly after getting out of bed, primarily because sudden pressure on the foot may aggravate it after it had been immobilized during the night. Heel pain can go away during the day, but frequent, consistent pain shouldn’t be ignored and may require a thorough examination by a physician.

What causes Heel Pain?

When plantar fascitis, or a heel spur causes heel pain, it will most definitely require attention. The plantar fascia is a broad band of fibrous tissue, which runs along the bottom surface of the foot, from the heel to the toes. Plantar fascitis is an inflammation of the plantar fascia, which can be extremely painful. A doctor can prescribe treatments that will aid in easing discomfort and perhaps help you avoid situations that would aggravate or bring on plantar fascitis. Heavy loads on the foot, like intense weight gain due to obesity or pregnancy, can also contribute to heel pain. Certain activities, like sports that require a lot of walking or running, can prompt heel pain too, as can various types of arthritis.

Will Painwave X4000 Help with Heel Pain

Yes! Painwave X4000 is a brand new, a non-invasive, drug-free method that can provide real and lasting relief from heel pain. Unlike other methods of pain relieve, which rely on artificial pain blockers that can have drastic side effects, the Painwave X 4000 works in conjunction with the body’s own bioelectromagnetic ecosystem. The Painwave X4000 also has no side effects, and the unit is simply moved gently over the surface of the skin in a small circular motion. With repeated use, the Painwave X4000 can improve circulation, cell activity and lymphatic movements. This can aid in providing reliable relief from excruciating symptoms of heel pain.

Note: The information contained in this article is not to be used to diagnose or cure a disease. If you are experiencing symptoms of Heel pain, seek immediate assistance from a health professional right away for diagnostic testing and a full medical examination.

For further information, please visit http://www.painfreehealthcare.co.uk