Overview



Fairly common in infants and small children, but also prevalent in adults, flat feet becomes a problem if pain or discomfort is present in the foot or even around the knee and lower leg area. Pain around the knee and lower leg areas can arise because flat feet can alter proper foot and leg alignment, which will put unusual strain on the knee. Adults can develop the condition as the result of injury or even from normal wear and tear due to the natural aging process.

Causes

Flat feet can be caused by injury, aging, and weight gain. They can cause pain in the feet and may lead to pain in other parts of the body such as the ankles, knees, or hips. For this reason, it behooves us to treat fallen arches. The question becomes how to do so.

Symptoms

Having flat feet can be painless and is actually normal in some people. But others with flat feet experience pain in the heel or arch area, difficulty standing on tiptoe, or have swelling along the inside of the ankle. They may also experience pain after standing for long periods of time or playing sports. Some back problems can also be attributed to flat feet.

Diagnosis

People who have flat feet without signs or symptoms that bother them do not generally have to see a doctor or podiatrist about them. However, if any of the following occur, you should see your GP or a podiatrist. The fallen arches (flat feet) have developed recently. You experience pain in your feet, ankles or lower limbs. Your unpleasant symptoms do not improve with supportive, well-fitted shoes. Either or both feet are becoming flatter. Your feet feel rigid (stiff). Your feet feel heavy and unwieldy. Most qualified health care professionals can diagnose flat feet just by watching the patient stand, walk and examining his/her feet. A doctor will also look at the patient's medical history. The feet will be observed from the front and back. The patient may be asked to stand on tip-toe while the doctor examines the shape and functioning of each foot. In some cases the physician may order an X-ray, CT (computed tomography) scan, or MRI (magnetic resonance imaging) scan.

Can you fix a fallen arch?

Non Surgical Treatment

Ligaments hold up arches. Deformed ligaments will not return to their original shape, just as an overstretched rubber band remains elongated. Arch supports help restore more normal function. Not all orthotics are made alike. Sole Supports custom designed orthotics are unique in the way they are cast. Sole Supports compensate for the differences between each foot. They take into account your body weight and the degree of flexibility in your feet. Taking care of fallen arches can be key in dealing with unresolved or recurrent back pain.

Surgical Treatment



A better approach is to strengthen the weakened ligaments with Prolotherapy, supplemented by an arch support if the condition has existed for several years. Chronic pain is most commonly due to tendon and ligament weakness, or cartilage deterioration. The safest and most effective natural medicine treatment for repairing tendon, ligament and cartilage damage is Prolotherapy. In simple terms, Prolotherapy stimulates the body to repair painful areas. It does so by inducing a mild inflammatory reaction in the weakened ligaments and cartilage. Since the body heals by inflammation, Prolotherapy stimulates healing. Prolotherapy offers the most curative results in treating chronic pain. It effectively eliminates pain because it attacks the source: the fibro-osseous junction, an area rich in sensory nerves. What?s more, the tissue strengthening and pain relief stimulated by Prolotherapy is permanent.

Prevention

Orthotic inserts, either prescribed or bought over the counter, can help keep the arches fixed into position, but always wear them as although they support, they don?t strengthen, which is why some experts reccomend avoiding them. Gait analysis at a run specialist can help to diagnose overpronation and flat feet. Most brands produce shoes that will give support and help to limit the negative effects of a poor gait on the rest of the body. Barefoot exercises, such as standing on a towel and making fists with the toes, can help to strengthen the arches. Start easy and build up the reps to avoid cramping. Short barefoot running sessions can help take pressure off the arches by using the natural elasticity of the foot?s tendons to take impact and build strength to help prevent flat feet. These should be done on grass for only a few minutes at a time.

After Care

Time off work depends on the type of work as well as the surgical procedures performed. . A patient will be required to be non-weight bearing in a cast or splint and use crutches for four to twelve weeks. Usually a patient can return to work in one to two weeks if they are able to work while seated. If a person's job requires standing and walking, return to work may take several weeks. Complete recovery may take six months to a full year. Complications can occur as with all surgeries, but are minimized by strictly following your surgeon's post-operative instructions. The main complications include infection, bone that is slow to heal or does not heal, progression or reoccurrence of deformity, a stiff foot, and the need for further surgery. Many of the above complications can be avoided by only putting weight on the operative foot when allowed by your surgeon.

Overview



Plantar Fasciitis, also known as heel pain or a heel spur, is a musculoskeletal condition causing pain under the heel or into the inner arch of the foot. The condition is commonly mistaken for an impact trauma or heel bruise but in fact it is caused by mechanical overstretching of the fibrous tissue in the arch. Heel pain can develop suddenly or evolve gradually over time. It can affect people of all ages, but is more common beyond the 4th decade of life, those in standing occupations, overweight individuals and those involved in regular strenuous exercise.

Causes

Heel pain can have many causes but the vast majority is caused by plantar fasciitis. Plantar means, ?bottom of the foot.? Fascia is a ligament or ?bundle? of ligaments. The plantar fascia is the thick ligament that helps to hold up the foot and provide spring in our step. Plantar fasciitis is an inflammation of the plantar fascia and causes more than 90% of heel pain among adults in the US. Plantar fasciitis can be acute, that is, as simple strain of the ligament but often is chronic, hanging on for months if not years. Why does that happen? The answer is poor foot mechanics, the foot sinking down too far allowing the plantar fascia to overstretch with each step taken.

Symptoms

Depending on the specific form of heel pain, symptoms may vary. Pain stemming from plantar fasciitis or heel spurs is particularly acute following periods of rest, whether it is after getting out of bed in the morning, or getting up after a long period of sitting. In many cases, pain subsides during activity as injured tissue adjusts to damage, but can return again with prolonged activity or when excessive pressure is applied to the affected area. Extended periods of activity and/or strain of the foot can increase pain and inflammation in the foot. In addition to pain, heel conditions can also generate swelling, bruising, and redness. The foot may also be hot to the touch, experience tingling, or numbness depending on the condition.

Diagnosis

The diagnosis of plantar fasciitis is generally made during the history and physical examination. There are several conditions that can cause heel pain, and plantar fasciitis must be distinguished from these conditions. Pain can be referred to the heel and foot from other areas of the body such as the low back, hip, knee, and/or ankle. Special tests to challenge these areas are performed to help confirm the problem is truly coming from the plantar fascia. An X-ray may be ordered to rule out a stress fracture of the heel bone and to see if a bone spur is present that is large enough to cause problems. Other helpful imaging studies include bone scans, MRI, and ultrasound. Ultrasonographic exam may be favored as it is quick, less expensive, and does not expose you to radiation. Laboratory investigation may be necessary in some cases to rule out a systemic illness causing the heel pain, such as rheumatoid arthritis, Reiter's syndrome, or ankylosing spondylitis. These are diseases that affect the entire body but may show up at first as pain in the heel.

Non Surgical Treatment

As heel pain is basically a stress problem in the tissues of the heel, the main treatment is to reduce stress. Your doctor will advise you about weight loss and appropriate footwear. A soft heel pad is useful to wear in your shoe to act as a shock-absorber when you walk. If you have a stiff ankle or tight Achilles tendon a physiotherapist can advise on exercises for these. Stretching the Achilles tendon and plantar fascia is very effective general treatment for many patients. If you have a high-arched or flat foot, a podiatrist may advise an insole to reduce stress. Simple pain-killers such as paracetamol or anti-inflammatory medicines can help reduce the pain. Ask advice from your doctor or pharmacist before taking anti-inflammatory medicines as they can have troublesome side-effects in some people. The simple measures above will help the majority of people with heel pain. If the pain continues, a splint to wear on your ankle at night to prevent your Achilles tendon tightening up while you are asleep is often very effective in improving the severe pain that many people get first thing in the morning and breaking the cycle of pain. Your GP or an orthopaedic foot and ankle surgeon or rheumatologist may inject some steroid into the attachment of the plantar fascia to damp down the inflammation. These measures will reduce the pain in most people who are not helped by simple treatment. If you still have pain after one or two injections, your doctor may want to investigate your problem a bit further. If no other medical problem or cause of stress in your heel is found, a number of other treatments can be tried. Further physiotherapy, wearing a plaster cast to rest the inflamed tissues, pain control treatments such as transcutaneous nerve stimulation (TENS) or acupuncture. Only if all non-surgical treatments fail would an operation be considered.

Surgical Treatment

Only a relatively few cases of heel pain require surgery. If required, surgery is usually for the removal of a spur, but also may involve release of the plantar fascia, removal of a bursa, or a removal of a neuroma or other soft-tissue growth.

Why do the heels of my feet hurt?

Prevention



Maintaining flexible and strong muscles in your calves, ankles, and feet can help prevent some types of heel pain. Always stretch and warm-up before exercising. Wear comfortable, properly fitting shoes with good arch support and cushioning. Make sure there is enough room for your toes.

Overview

Surgery is another option. In some cases the longer extremity can be shortened, but a major shortening may weaken the muscles of the extremity. In growing children, lower extremities can also be equalized by a surgical procedure that stops the growth at one or two sites of the longer extremity, while leaving the remaining growth undisturbed. Your physician can tell you how much equalization can be attained by surgically halting one or more growth centers. The procedure is performed under X-ray control through very small incisions in the knee area. This procedure will not cause an immediate correction in length. Instead, the LLD will gradually decrease as the opposite extremity continues to grow and "catch up." Timing of the procedure is critical; the goal is to attain equal length of the extremities at skeletal maturity, usually in the mid- to late teens. Disadvantages of this option include the possibility of slight over-correction or under-correction of the LLD and the patient?s adult height will be less than if the shorter extremity had been lengthened. Correction of significant LLDs by this method may make a patient?s body look slightly disproportionate because of the shorter legs.

Causes

Some limb-length differences are caused by actual anatomic differences from one side to the other (referred to as structural causes). The femur is longer (or shorter) or the cartilage between the femur and tibia is thicker (or thinner) on one side. There could be actual deformities in one femur or hip joint contributing to leg length differences from side to side. Even a small structural difference can amount to significant changes in the anatomy of the limb. A past history of leg fracture, developmental hip dysplasia, slipped capital femoral epiphysis (SCFE), short neck of the femur, or coxa vara can also lead to placement of the femoral head in the hip socket that is offset. The end-result can be a limb-length difference and early degenerative arthritis of the hip.

Symptoms

The most common symptom of all forms of LLD is chronic backache. In structural LLD the sufferer may also experience arthritis within the knee and hip are, flank pain, plantar fasciitis and metatarsalgia all on the side that is longer. Functional LLD sufferers will see similar conditions on the shorter side.

Diagnosis

Infants, children or adolescents suspected of having a limb-length condition should receive an evaluation at the first sign of difficulty in using their arms or legs. In many cases, signs are subtle and only noticeable in certain situations, such as when buying clothing or playing sports. Proper initial assessments by qualified pediatric orthopedic providers can reduce the likelihood of long-term complications and increase the likelihood that less invasive management will be effective. In most cases, very mild limb length discrepancies require no formal treatment at all.

Non Surgical Treatment

You may be prescribed a heel lift, which will equal out your leg length and decrease stress on your low back and legs. If it?s your pelvis causing the leg length discrepancy, then your physical therapist could use your muscles to realign your pelvis and then strengthen your core/abdominal region to minimize the risk of such malalignment happening again. If you think that one leg may be longer than the other and it is causing you to have pain or you are just curious, then make an appointment with a physical therapist.



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Surgical Treatment

Surgical treatments vary in complexity. Sometimes the goal of surgery is to stop the growth of the longer limb. Other times, surgeons work to lengthen the shorter limb. Orthopedic surgeons may treat children who have limb-length conditions with one or a combination of these surgical techniques. Bone resection. An operation to remove a section of bone, evening out the limbs in teens or adults who are no longer growing. Epiphyseal stapling. An operation to slow the rate of growth of the longer limb by inserting staples into the growth plate, then removing them when the desired result is achieved. Epiphysiodesis. An operation to slow the rate of growth of the longer limb by creating a permanent bony ridge near the growth plate. Limb lengthening. A procedure (also called distraction osteogenesis or the Ilizarov procedure) that involves attaching an internal or external fixator to a limb and gradually pulling apart bone segments to grow new bone between them. There are several ways your doctor can predict the final LLD, and thus the timing of the surgery. The easiest way is the so-called Australian method, popularised by Dr. Malcolm Menelaus, an Australian orthopedic surgeon. According to this method, growth in girls is estimated to stop at age 14, and in boys at age 16 years. The femur grows at the rate of 10 mm. a year, and the upper tibia at the rate of 6 mm. a year. Using simple arithmetic, one can get a fairly good prediction of future growth. This of course, is an average, and the patient may be an average. To cut down the risk of this, the doctor usually measures leg length using special X-ray technique (called a Scanogram) on three occasions over at least one year duration to estimate growth per year. He may also do an X-ray of the left hand to estimate the bone age (which in some cases may differ from chronological age) by comparing it with an atlas of bone age. In most cases, however, the bone age and chronological age are quite close. Another method of predicting final LLD is by using Anderson and Green?s remaining growth charts. This is a very cumbersome method, but was till the 1970?s, the only method of predicting remaining growth. More recently, however, a much more convenient method of predicting LLD was discovered by Dr. Colin Moseley from Montreal. His technique of using straight line graphs to plot growth of leg lengths is now the most widely used method of predicting leg length discrepancy. Whatever method your doctor uses, over a period of one or two years, once he has a good idea of the final LLD, he can then formulate a plan to equalize leg lengths. Epiphyseodesis is usually done in the last 2 to 3 years of growth, giving a maximum correction of about 5 cm. Leg lengthening can be done at any age, and can give corrections of 5 to10 cm., or more.

Overview

Put simply - Morton's neuroma is a swollen (inflamed) nerve in the ball of the foot, commonly between the base of the second and third toes. Patients experience numbness and pain in the affected area, which is relieved by removing footwear and/or massaging the foot. A neuroma is a tumor that arises in nerve cells, a benign growth of nerve tissue that can develop in various parts of the body. In Morton's neuroma the tissue around one of the nerves leading to the toes thickens, causing a sharp, burning pain in the ball of the foot. A sharp severe pain, often described as a red hot needle may come on suddenly while walking. There may also be numbness, burning and stinging in the toes. Although it is labeled a neuroma, many say it is not a true tumor, but rather a perineural fibroma (fibrous tissue formation around nerve tissue).

Causes

The exact cause of Morton's neuroma is not known. However, it is thought to develop as a result of long-standing (chronic) stress and irritation of a plantar digital nerve. There are a number of things that are thought to contribute to this. Some thickening (fibrosis) and swelling may then develop around a part of the nerve. This can look like a neuroma and can lead to compression of the nerve. Sometimes, other problems can contribute to the compression of the nerve. These include the growth of a fatty lump (called a lipoma) and also the formation of a fluid-filled sac that can form around a joint (a bursa). Also, inflammation in the joints in the foot next to one of the digital nerves can sometimes cause irritation of the nerve and lead to the symptoms of Morton's neuroma.

Symptoms

Often, no outward signs (such as a lump or unusual swelling) appear from the condition. Neuroma pain is most often described as a burning discomfort in the forefoot. Aching or sudden shooting pain in the forefoot is also common. All running sports, especially distance running can leave an athlete vulnerable to Morton?s Neuroma, which may appear or flare up in the middle of a run or at the end. The sufferer often has the desire to remove his shoe and rub the afflicted foot. Should the Neuroma be of sufficient size, or if footwear is particularly tight or uncomfortable, the painful condition may be present during normal walking. Numbness in the foot may precede or accompany Neuroma pain.

Diagnosis

In some cases your doctor will be able to feel the Morton's as a swelling in the middle of your foot. However they may also suggest an X-ray or a blood test - this is normally to rule our other causes of the pain such as arthritis. The most accurate way to diagnose Morton?s itself is with magnetic resonance imaging (MRI) or ultrasound.

Non Surgical Treatment

Treatment for Morton?s neuroma will depend on how long you've had the condition and its severity. Simple non-surgical treatments are effective for some people. Others may need surgery. If Morton's neuroma is diagnosed early, treatment will aim to reduce the pressure on the affected nerve. This is usually the nerve between the third and fourth toe bones (metatarsals). Your GP or podiatrist (foot specialist) may recommend changing the type of shoes you usually wear, shoes with a wider toe area may help ease the pressure on the nerve in your foot. Using orthotic devices, such as a support for the arch of your foot to help relieve the pressure on the nerve. Anti-inflammatory painkillers or a course of steroid injections into the affected area of your foot may help ease the pain and inflammation. Alcohol and local anaesthetic is injected into your foot using ultrasound for guidance, studies have shown that this type of treatment is effective. Resting your foot and massaging your toes may also help to relieve the pain. You can make an ice pack by freezing a small bottle of water and rolling it over the affected area.

Surgical Treatment

Interdigital neurectomy (removal of the diseased nerve) in right hands, should give satisfactory results almost all the time. Some of the reasons behind failure is when not enough nerve is dissected, mistakes in initial diagnosis, or bad handling of adjacent nerves, tendons and joint capsules during the operation. It is very common and acceptable to have some numbness in the area where the nerve used to be. This never causes any discomfort and often gets better in few years. It is crucial to address the biomechanical pathologies underlying the impingement of the nerve during and after the surgery.

There are actually two different kinds of leg length discrepancies, congenital and acquired. Congenital indicates that you are born with it. One leg is structurally shorter in comparison to the other. Through developmental periods of aging, the human brain senses the step pattern and recognizes some difference. Our bodies usually adapts by tilting one shoulder to the "short" side. A difference of less than a quarter inch isn't really excessive, doesn't need Shoe Lifts to compensate and normally doesn't have a profound effect over a lifetime.



Leg length inequality goes typically undiagnosed on a daily basis, yet this problem is very easily corrected, and can eradicate numerous cases of chronic back pain.

Therapy for leg length inequality usually consists of Shoe Lifts. Most are economical, usually being below twenty dollars, in comparison to a custom orthotic of $200 plus. When the amount of leg length inequality begins to exceed half an inch, a whole sole lift is generally the better choice than a heel lift. This prevents the foot from being unnecessarily stressed in an abnormal position.

Back pain is the most widespread condition affecting men and women today. Over 80 million men and women are affected by back pain at some stage in their life. It's a problem which costs companies millions of dollars annually on account of lost time and output. Innovative and superior treatment methods are constantly sought after in the hope of minimizing the economic influence this condition causes.



Men and women from all corners of the world suffer the pain of foot ache due to leg length discrepancy. In most of these cases Shoe Lifts might be of immense help. The lifts are capable of relieving any discomfort and pain in the feet. Shoe Lifts are recommended by many professional orthopaedic orthopedists.

So that they can support the human body in a healthy and balanced manner, the feet have got a vital role to play. Irrespective of that, it can be the most overlooked region of the body. Some people have flat-feet meaning there is unequal force placed on the feet. This causes other body parts including knees, ankles and backs to be impacted too. Shoe Lifts guarantee that correct posture and balance are restored.