Heel pain is one of the most common painful conditions seen in an arthritis clinic. This article discusses the various types of problems that cause heel pain and what can be done to make the situation better. Refer to pain orthotics for more information.

It’s estimated that more than 1 million persons in the United States suffer from heel pain at any given time.

When a patient complains of heel pain, it must be clarified by history whether the pain is in the bottom of the heel or the back of the heel because the diagnosis and treatment are very different.

Pain in the bottom of the heel is often due to plantar fasciitis (PF). The plantar fascia is a tough band of tissue that begins at the medial (inside) part of the bottom of the heel and extends forward to attach at the ball of the foot. The fascia is responsible for maintaining the normal arch. When an excessive load is placed on the fascia, pain can develop at the origin (the heel) as well as the mid-portion (arch) of the fascia.

PF can develop in anyone but is more common in certain groups such as athletes, people older than 30 years of age, and obese individuals.

PF must be distinguished from other causes of bottom of the heel pain such as nerve entrapment, atrophy of the normal heel fat pad, stress fracture of the calcaneus (heel bone), rupture of the plantar fascia, bone cyst, bone tumor, and bone infection.

The history typically describes a gradual onset of symptoms with no prior trauma. The most telling symptom is severe pain in the bottom of the heel when taking the first morning step. Patients may report difficulty walking to the bath room. The pain tends to lessen with more walking. This “first step” pain is also present during the day if the patient has been sitting for awhile, then getting up to walk.

On exam, pain is noted with pressure applied to the medial bottom of the heel. Tenderness is worsened by pointing the toes and ankle toward the head. This is because the plantar fascia is being stretched. Pain in the arch may also be present.

One in older patients should be ruled out and that is heel pad atrophy. Normally the heel has a thick feeling to it. In older patients the heel pad may lose this thickness and flatten out. The pain is located more centrally.

Another “fooler” is entrapment of the lateral plantar nerve. Pain is felt in the medial heel but may be present at rest as well. There may be weakness spreading the toes.

Fracture of the calcaneus (heelbone) causes pain at rest that is worsened with walking. Tenderness is present along the sides of the heel. Magnetic resonance imaging (MRI) can confirm the presence if fracture.

But what about “bone spurs”? The presence of a bone spur by itself means nothing. They are very common and by themselves are not a cause of pain. Some patients with inflammatory forms of arthritis such as psoriatic arthritis, ankylosing spondylitis, or Reiter’s disease have a specific type of spur that should prompt further evaluation looking for systemic forms of arthritis.

Diagnostic studies such as ultrasound and magnetic resonance imaging can be used to confirm the presence of plantar fasciitis. Electromyography (EMG) may be needed to rule out lateral plantar nerve entrapment.

So how is this condition treated?

The first thing is to institute a stretching regimen. Most people with PF also have a shortened Achilles tendon and the ability to dorsiflex (point the toes up) is limited. The plantar fascia is continuous with the Achilles fascia. Stretching the plantar fascia and the Achilles decreases the tension in the plantar fascia and helps relieve inflammation. Go to Prefabricated orthotics for ball of foot pain for more information.

A temporary reduction in activity is important in athletes, particularly runners. Cross training with swimming and cycling can help maintain cardiovascular fitness while sparing the plantar fascia from pounding. Runners should avoid hills and make sure that any foot abnormality be corrected with custom orthotics.

Ice massage with ice cubes applied to the plantar fascia can also be helpful.

Shoes with soft heels and inner soles can relieve discomfort. Rigid heel cups and arch supports are generally not recommended. The patient may gradually resume normal activities over an eight week period of time. Rushing rehabilitation is not advised.

If there is no improvement, a night splint which holds the ankle in 10 degrees of dorsiflexion prevents the shortening of the plantar fascia.

If the night splint fails or the pain does not lessen, injection of glucocorticoid (cortisone) using ultrasound guidance is recommended. Injections should be limited to a maximum of two given over four weeks.

Patients who do not get better need to be reevaluated for systemic disease or other conditions causing heel pain.

Surgery is the last resort. Transverse release of the plantar fascia is the procedure of choice. This can be done using arthroscopic guidance.

Pain in the back of the heel is an entirely different condition.

The major structure here is the Achilles tendon which extends down from the gastrocnemius muscle to attach at the rear of the calcaneus.

Inflammation of the Achilles tendon can occur, usually in athletes or in people in engage in overxuberant physical activity involving running or jumping. Patient who are overweight are also at risk. The pain is usually described as a soreness. There is localized swelling and tenderness. Ultrasound can be used to differentiate an inflamed Achilles tendon from one that is partially or fully torn. The treatment involves anti-inflammatory medicines, physical therapy, and stretching exercises. Glucocorticoid injection is not recommended because of the danger of weakening the Achilles tendon leading to rupture. Using a foam rubber lift to elevate the heel in a shoe can help with symptoms.

Achilles rupture is handled surgically and requires a long recuperation.

Haglund’s syndrome, which is a condition where a spur develops at the back of the calcaneus and is often associated with localized Achilles tendonitis can also cause pain in the back of the heel. Ill-fitting shoes are the most common cause. Typically a bump develops at the back of the heel. Because of its association with ill-fitting shoes, this is sometimes referred to as a “pump bump.” Physical therapy, anti-inflammatory medicines, and stretching can often be of benefit. Glucocorticoid injection should be sparingly employed because of the danger of Achilles rupture. Wearing proper fitting shoes are an obvious adjunctive treatment.

Bursitis involving the retrocalcaneal bursa (the small sack that lies between the Achilles tendon and the calcaneus is a cause of pain behind the heel. Treatment involves the use of physical therapy modalities such as ultrasound. Sometimes glucocorticoid injection may be needed. It is important to limit the injection to one because of the danger of possible weakening of the Achilles tendon leading to rupture. Ultrasound needle guidance is advised to ensure proper localization of the injection.

The diagnosis is made by history and physical examination. Both MRI and ultrasound can be used for confirmation. Visit Relieve Symptoms of Foot & Heel Pain for more information.

James had injured his knee on a rambling trip in France. After consulting his family doctor he was advised to work out on an exercise bike. This just made the knee worse so he consulted a second doctor who sent him for physiotherapy. The physiotherapist referred him to a gym, where the fitness manager put him through a rigorous programme of exercise with a rowing machine, treadmill and cross-trainer. Imagine his misery when instead of the knee getting better it swelled up, became much more painful and he found himself wondering if he should buy a walking cane and move to a downstairs apartment. What was going on?

Well, knee rehabilitation after injury or surgery is not just a case of going to the gym and pushing through the pain. In this case, none of the medical people had made a proper diagnosis, but even without a diagnosis the knee itself was making it clear that the exercise regime was inappropriate. For more information visit Podlink Orthotics

You see, the body follows a natural progression of healing. Each step of the rehabilitation programme needs to be in sympathy with this healing process. If not, one can do a lot of harm.

After any insult to the knee the inflamed joint lining produces increased fluid and a cascade of chemicals that appear one after the other in a specific sequence. The early part of this cascade encourages blood vessels to dilate and become leaky. Blood plasma containing immune cells leak out of the blood to enter the damaged area and try to clean it up and prevent infection. This whole process contributes to the knee feeling swollen, hot, red and painful. This is called inflammation. Different chemicals emerge later in the cascade to promote closing up of the injury and enhance healing through formation of scar tissue to replace damaged or missing tissues caused by the original injury.

If the knee keeps getting stressed, then the choreography breaks down and the inflammation cascade occurs at the same time as the scarring cascade. This can sometimes prove disastrous, with a hot swollen painful knee stiffening up with sticky adhesions within the knee cavity and the lubricating pouches around the knee, tying previously mobile tissues together and reducing movement within the joint. Without the right attention these adhesions can turn into scar tissue.

To give your knee the best chance of benefiting from a rehabilitation programme you must clearly identify what phase of rehabilitation your knee is in. You need to know what the phases are and the dos and don’ts of each phase. You need to be able to recognise when you have pushed things too far for that phase and what to do about it if you do.

In the early stages of rehabilitation after injury or surgery be sensitive to the fact that the knee lining is likely to be inflamed. The swelling and pain that are normal in this phase may cause the muscles, especially the quads muscles, to become inhibited and unable to contract properly. Gentle sustained stretches ensure that the tendons of the inhibited muscles do not shorten and limit movement in the future. Gentle progressive movement is necessary and really important to lubricate the joint properly and to break down any adhesions. Simple ‘balance’ exercises improve balance and position sense in the knee, both of which can easily be lost at this stage leading to re-injury. Rest, ice, compression dressings and elevation are needed after each session to try and minimise swelling. While the inflammation settles you may have to limit some activities and then build these activities up again gradually during the later healing stage.

Only when you have close to full range of movement should you start to concentrate on rebuilding strength. Keep in mind when starting strength training that muscles act in complementary sets. For example, you need to exercise the muscles that bend the knee as well as those that straighten it. Too much emphasis on one set of mucles may lead the complementary set to weaken which destabilises the knee. The quality and timing of the muscle contraction is also important in re-building muscle strength efficiently. For more information refer to pain orthotics.

Under ideal conditions, rehabilitation would progress smoothly from strength training to endurance training and then back to full activities. But moving to endurance training too early can again trigger an inflammatory response and set rehabilitation right back with more swelling, pain, muscle inhibition and loss of the range of motion you may already have regained. This is what happened in James’s case. He had already lost time off work, and had now wasted all his efforts in going to the gym.

In this scenario, pushing through the pain is not going to fix the knee. It will only make things worse. With knees, repeating cycles of healing and then renewed inflammation signify that you are pushing too hard and are not being careful enough in your rehabilitation programme. Back off right down again to the first stage of rehabilitation. Return your focus to dealing with the inflammation not the strengthening or endurance. While that might seem like a step backwards, it is really a step forwards towards your ultimate goal of getting better.

Start again with rest, ice, elevation, compression, and possibly anti-inflammatory medication. Stretches and gentle flexibility exercises should be continued, but only when the inflammation settles should you return to strength and endurance training. If you cannot manage this on your own, a good physiotherapist with experience in knee rehabilitation should be able to resolve the problem before things deteriorate too far. Visit Prefabricated orthotics for ball of foot pain for more information.

A comfortable, “pro body shoe” is on the market. Actually, MBT footwear prefers to call them the “Anti-shoe.” Why the Anti-Shoe? Because the human body was not originally designed to wear shoes. Shoes have flattened the terrain and unknowingly cause the human race to struggle with back, knee and hip problems due to ineffective and poorly designed shoes.

The human foot was designed to walk on unstable ground. These were shoes inspired by the Masai Tribe of Africa. This tribe emulates a regal posture and limited back and joint pain, all attributed to consistently walking on uneven surfaces. Engineers at MBT shoes took this basic concept and turned it into Masai Barefoot Technology, now called MBT Shoes. These shoes then become the Anti-Shoe based on the premise that they are designed to recreate the feeling of walking barefoot on uneven ground.

All the pressure points hit, while walking barefoot, are simulated in the unique round sole MBT Shoe design. These shoes designed with a negative heel, actually work more muscle groups to a greater degree over better joint and back relief by building the surrounding muscles. In fact, with MBT shoes, the buttock region is worked 9% more than regular shoes. The rear thigh muscle activity increases by 19%. The lower limbs receive 18% more activity all while reducing the stress on the knee joints by 19%. The result of casually working these muscles increases abdominal strength and in turn better posture.

MBT shoes also offer benefits for those whose job requires a significant amount of time standing. The shoes work muscle groups while relieving joint pain and back stress. MBT shoes offers a variety of styles all featuring the unique MBT technology. Shoes range from sport shoes, casual wear, professional wear and even a select styles of boots. According to the MBT website (http://www.swissmasaius.com), these shoes are best for walking, fitness walking and light jogging.

Many medical professionals use MBT shoes to accelerate recovery and relieve various types of foot, leg, and back pain ailments. For athletes, MBT shoes are used for endurance training, as well as prevention of injuries and recovery. Although the look of MBT Shoes are quite uncoventional based on their regular shoe counterpart, the benefits these shoes offer far outweigh the concern of being, “unconventional.” Customers report having purchased a pair of MBT Shoes and “never looking back.” Fashion does not have to hurt. Find more information on high heel shoes at Shoesblog.com.

Would physical therapy help your shoulder? Can you be sure of this information? If not, we can provide you with valuable information about your shoulder, which will illustrate some of the common shoulder problems and the physical therapy available to treat these issues. First of all you should know that the shoulder is the most flexible joint in your body which, obviously, allows it to perform an incredible wide range of motions, which is extremely important in doing sports. By design it has a remarkable mobility, which can also increase the effect on stability and can be the root cause of problems.

In order to get a good prognosis, early discovery and treatment is crucial. Don’t feel hesitant to visit your doctor if you encounter shoulder pain. Your instinct tells you it feels alright to move your shoulder, avoid doing that to prevent losing should movement. Physical therapy for your shoulder could be suggested by your doctor. After your status is evaluated, a personalized physical therapy regimen will be established to increase your shoulder mobility and speed up your recovery.

You don’t have to be elderly to have problems with your shoulders. Such problems are often encountered by athletes, sports people and children. Young adults can develop pains in their shoulders mainly due to the wear and tear of their daily routine. Middle aged people are not spared of such problems especially if they use this joint with a high frequency in their jobs, as well as those who do physical activities -variety of multiple sports- as their time permits or those who prefer to do the painting themselves. Shoulder physical therapy can be required to people of any age group.

Physical Therapy Schools
The shoulder is complex and can be difficult to work with due to its makeup with several muscles and three different joints. Skilled shoulder physical therapy workers and unique methods are needed as a result. Shoulder Physical therapy is often used to regain flexibility and movement in the shoulder region. These exercises are also useful in warming up before weightlifting and for uninjured shoulders strengthening.

Physical Therapy is an important proactive approach when dealing with shoulder injuries and pains that plague thousands of people, whether caused by injury, illness or recovery from surgery. Well, unlike in the past, present-day treatment advice takes on a more active physical approach. In the past, doctors ordered bed rest and directed patients not to use a joint until it heals but now the treatment philosophy has as its motto or main principle the words “use it or lose it.”
I found the principle is not only typical of shoulder physical therapy evidently, but all the branches of physical therapy apply it. When you don’t move your shoulder or any joint after surgery, it leads to weakening and stiffening of the muscles which can cause bones and cartilage to get weak and cause scarring of the soft tissue. Don’t waste time when you are referred to therapy for your shoulders.

Joints take more wear and tear than any other part of the body; without proper care, the joints can lose lubrication and become stiff and painful.

Arthritis and joint disease comes in many forms, including the exceedingly prevalent osteoarthritis, which can be worsened by various environmental and dietary factors.

Let’s review some joint supplements that can help protect your joints from damage as well as help relieve various joint complaints. These supplements should be combined with regular low-impact exercises and a healthy diet.

Cat’s Claw – An anti-inflammatory that also helps reduce water retention.

Chondroitin Sulfate – An important component of cartilage, chondroitin helps with joint lubrication, producing healthy cartilage and blocking certain enzymes that are responsible for breaking down cartilage over time.

Boron – Required for building healthy joints and bones. Small amounts have been shown to improve Osteoarthritis symptoms.

Sulfur – Available in foods such as garlic, asparagus and onions, sulfur is an essential nutrient for repairing and rebuilding connective tissues, cartilage, bones, even hair. Insufficient sulfur in the body can affect the body’s ability to repair joint damage. In commercial supplements, MSM is often used as a source of sulfur.

Ginger – Helps reduce muscular discomfort; studies have shown improvement in osteoarthritis symptoms in test subjects.

Histidine is an amino acid which helps remove excess trace metals from the body. While iron and copper are required for good healthy, many people with arthritis have tested with high amounts of these metals. Grains such as wheat, rice and rye are good sources of histidine.

Bromelain has been found to reduce inflammation, which can help with stiff and swollen joints. This is an enzyme found in fresh pineapple (not found in canned, frozen or cooked pineapple).

Glucosamine HCI – In clinical studies glucosamine has shown significant benefits for the reduction of pain and inflammation of the joints and is a very popular supplement for relieving the symptoms of osteoarthritis.

These natural supplements, amongst others, can help reduce your chances of joint problems by protecting the tissues and fluids in the joints, as well as by reducing inflammation and friction pain in afflicted joints.

Many joint supplements such as Exomine – Phosoplex - and Flexprotex are now available on the market.