What Causes Mortons Neuroma

Overview

Morton neuromaAlso known as Morton’s Interdigital Neuroma, Morton’s Metatarsalgia, Morton’s Neuralgia, Plantar Neuroma, Intermetatarsal Neuroma) What is a Morton’s neuroma? Morton’s neuroma is a condition characterized by localized swelling of the nerve and soft tissue located between two of the long bones of the foot (metatarsals – figure 1), which can result in pain, pins and needles, or numbness in the forefoot or toes.

Causes

Although in many areas of medicine, it?s easy to pinpoint the exact source of a problem (the way a specific germ causes a certain illness with recognizable symptoms), neuromas are harder to categorize. While there isn?t really one exact cause, podiatric physicians tend to agree that a neuroma can occur in response to the irritation of a nerve by one or more factors. Abnormality in foot function or foot mechanics: In other words, a foot that doesn?t move the way science thinks it should. In general, this means a pronated foot (one with an excessive rolling motion when the patient is walking, running or doing any kind of activity), because it causes excessive strain on the nerve. If you are not certain whether or not this is a problem for you, ask your podiatric physician, who will be able to examine your feet, as well as the wear pattern on your shoe, and give you an answer. Foot mechanics, and problems with them, tend to run in families, so if you know that a relative has had foot pain similar to yours, be sure to mention it.

Symptoms

Symptoms associated with a neuroma include a dull burning sensation radiating towards the toes, a cramping feeling, or even a stinging, tingling sensation that can be described as being similar to an electric shock. It is often worse when wearing shoes with most people finding the pain disappears when removing their shoes.

Diagnosis

During the examination, your physician will feel for a palpable mass or a “click” between the bones. He or she will put pressure on the spaces between the toe bones to try to replicate the pain and look for calluses or evidence of stress fractures in the bones that might be the cause of the pain. Range of motion tests will rule out arthritis or joint inflammations. X-rays may be required to rule out a stress fracture or arthritis of the joints that join the toes to the foot.

Non Surgical Treatment

If symptoms are severe or persistent and self-help measures did not help, the doctor may recommend corticosteroid injections, a steroid medication that reduces inflammation and pain is injected into the area of the neuroma. Only a limited number of injections are advised, otherwise the risk of undesirable side effects increases, including hypertension (high blood pressure) and weight gain. Alcohol sclerosing injections, studies have shown that alcohol injections reduce the size of Morton’s neuromas as well as alleviating pain. This is a fairly new therapy and may not be available everywhere. The doctor injects alcohol in the area of the neuroma to help sclerose (harden) the nerve and relieve pain. Injections are typically administered every 7 to 10 days. For maximum relief 4 to 7 injections are usually needed.interdigital neuroma

Surgical Treatment

The ultimate success of a Morton?s neuroma treated surgically can be variable. In cases where the underlying problem is only an irritated nerve (a true Morton?s neuroma), then surgery will probably be curative (although it may take a few months for the foot to fully heal). But in many cases, forefoot pain is more complex. There may be an irritated nerve or two causing pain, but the real problem is often excessive loading of the lesser metatarsals. The generic term for this condition is metatarsalgia. When considering surgery, identifying and addressing these problems may lead to a better end result.

Prevention

To help reduce your chance of developing Morton’s neuroma avoid wearing tight and/or high-heeled shoes. Maintain or achieve ideal body weight. If you play sports, wear roomy, properly fitting athletic footwear.

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Ideas On How To Treat Inferior Calcaneal Spur

Inferior Calcaneal Spur

Overview

Heel spurs are tiny protruding calcium deposits that can develop near the base of your heel bone. They can be caused by repetitive activities, such as dancing or running, or they can form in association with plantar fasciitis, which is an inflammation of the ligament (plantar fascia) on the bottom of your foot. When the plantar fascia is tight and pulls on your heel bone, the bone releases calcium to try to heal itself. The excess deposits of calcium can sometimes form heel spurs.

Causes

A strong band of sinew (plantar fascia) stretches across the sole of the foot below the surface of the skin and is attached to a point in the middle of the under surface of the heel bone. With repeated activity on our feet, the plantar fascia can become tight and cause persistent traction (tugging) on its attachment point into the heel bone, and inflammation and pain may develop at this site. This painful condition is known as plantar fasciitis. Sometimes a ?spur? develops at the site of this traction on the bone and protrudes into the surrounding tissue. This is a heel spur.

Posterior Calcaneal Spur

Symptoms

Some symptoms at the beginning of this condition include pain and swelling, and discomfort when pushing off with the toes during walking. This movement of the foot stretches the fascia that is already irritated and inflamed. If this condition is not treated, pain will be noticed in the heel when a heel spur develops in response to the stress. This is a common condition among athletes and others who run and jump a significant amount.

Diagnosis

Your doctor will discuss your medical history and will examine your foot and heel for any deformities and inflammation (swelling, redness, heat, pain). He/she will analyze your flexibility, stability, and gait (the way you walk). Occasionally an x-ray or blood tests (to rule out diseases or infections) may be requested.

Non Surgical Treatment

In many cases treatment is non-surgical and can relieve pain, but may take from three months to a year to fully recover. Performing stretching exercises to help relax the tissues in the heel as well as rest, icing, and over-the-counter anti-inflammatory or prescription medications can help ease symptoms. Customized orthotics or shoe inserts to position and cushion your heel can help.

Surgical Treatment

More than 90 percent of people get better with nonsurgical treatments. If conservative treatment fails to treat symptoms of heel spurs after a period of 9 to 12 months, surgery may be necessary to relieve pain and restore mobility. Surgical techniques include release of the plantar fascia, removal of a spur. Pre-surgical tests or exams are required to identify optimal candidates, and it’s important to observe post-surgical recommendations concerning rest, ice, compression, elevation of the foot, and when to place weight on the operated foot. In some cases, it may be necessary for patients to use bandages, splints, casts, surgical shoes, crutches, or canes after surgery. Possible complications of heel surgery include nerve pain, recurrent heel pain, permanent numbness of the area, infection, and scarring. In addition, with plantar fascia release, there is risk of instability, foot cramps, stress fracture, and tendinitis.

Prevention

Walk around before you buy shoes. Before you purchase your shoes, do the following. Re-lace the shoes if you’re trying on athletic shoes. Start at the farthest eyelets and apply even pressure to the laces as you come closer to the tongue of the shoe. Make sure that you can wiggle your toes freely inside of the shoe. Also, make sure that you have at enough space between your tallest toe and the end of the shoe. You should have room equal to about the width of your thumb in the tip of your shoe. Walk around to make sure that the shoe has a firm grip on your heel without sliding up and down. Walk or run a few steps to make sure your shoes are comfortable. Shoes that fit properly require no break-in period.

The Right Way To Treat Heel Spur

Posterior Calcaneal Spur

Overview

Heel spur (Calcaneal spur) is a bonny outgrowth of the heel bone which is pointy in shape. It?s a calcium deposit that happens under the heel bone. In some cases, the protrusion due to heel spur can extend up to half inch and can be seen in X rays. Generally it is painless but sometimes it may result in heel pain. Heel spur that occur under the sole of the foot or the planter area is associated with plantar fasciitis. That is frequently associated with plantar fasciitis as they have many similarities.

Causes

A heel spur is caused by chronic plantar fasciitis. Your plantar fascia is a thick fibrous band of connective tissue originating on the bottom surface of the calcaneus (heel bone) and extending along the sole of the foot towards the toes.Your plantar fascia acts as a passive limitation to the over flattening of you arch. When your plantar fascia develops micro tears or becomes inflamed it is known as plantar fasciitis. When plantar fasciitis healing is delayed or injury persists, your body repairs the weak and injured soft tissue with bone. Usually your injured fascia will be healed via fibroblastic activity. They’ll operate for at least six weeks. If your injury persists beyond this time, osteoblasts are recruited to the area. Osteoblasts form bone and the end result is bone (or calcification) within the plantar fascia or at the calcaneal insertion. These bone formations are known as heel spurs. This scenario is most common in the traction type injury. The additional bone growth is known as a heel spur or calcaneal spur.

Heel Spur

Symptoms

The Heel Spur itself is not thought to be painful. Patients who experience pain with Plantar Fasciitis are suffering from inflammation and irritation of the plantar fascia. This the primary cause of pain and not the Heel Spur. Heel Spurs form in some patients who have plantar fasciitis, and tend to occur in patients who have had the problem for a prolonged period of time. While about 70 % of patients with plantar fasciitis have a heel spur, X-rays also show about 50 % of patients with no symptoms of plantar fasciitis also have a heel spur.

Diagnosis

Heel spurs and plantar fasciitis are diagnosed based on the history of pain and tenderness localized to these areas. They are specifically identified when there is point tenderness at the bottom of the heel, which makes it difficult to walk barefoot on tile or wood floors. X-ray examination of the foot is used to identify the bony prominence (spur) of the heel bone (calcaneus).

Non Surgical Treatment

Heel spurs and plantar fasciitis are treated by measures that decrease the associated inflammation and avoid reinjury. Local ice applications both reduce pain and inflammation. Physical therapy methods, including stretching exercises, are used to treat and prevent plantar fasciitis. Anti-inflammatory medications, such as ibuprofen or injections of cortisone, are often helpful. Orthotic devices or shoe inserts are used to take pressure off plantar spurs (donut-shaped insert), and heel lifts can reduce stress on the Achilles tendon to relieve painful spurs at the back of the heel. Similarly, sports running shoes with soft, cushioned soles can be helpful in reducing irritation of inflamed tissues from both plantar fasciitis and heel spurs. Infrequently, surgery is performed on chronically inflamed spurs.

Surgical Treatment

When chronic heel pain fails to respond to conservative treatment, surgical treatment may be necessary. Heel surgery can provide relief of pain and restore mobility. The type of procedure used is based on examination and usually consists of releasing the excessive tightness of the plantar fascia, called a plantar fascia release. Depending on the presence of excess bony build up, the procedure may or may not include removal of heel spurs. Similar to other surgical interventions, there are various modifications and surgical enhancements regarding surgery of the heel.

Prevention

Heel spurs and plantar fasciitis can only be prevented by treating any underlying associated inflammatory disease.

How To Treat Bursitis Of The Feet

Overview

Heel bursitis is also known as retrocalcaneal bursitis. The heel bone is called calcaneus, and the bursa associated with the heel bone is located in the area between the Achilles tendon and calf muscles. When this particular bursa gets aggravated due to constant pressure in the ankle, the posterior end of the heel or the area behind the heel gets inflamed and hence the result is retrocalcaneal bursitis. Strain to the ankles could be caused due to various reasons like extraneous jogging, skipping, or such physical activities that increase the pressure on the ankles.

Causes

A rapid increase in physical activity levels or thinning of the heel?s protective fat pad are factors that may contribute to infracalcaneal bursitis. Other possible causes of infracalcaneal bursitis include blunt force trauma, acute or chronic infection, and arthritic conditions. The following factors may increase your risk of experiencing bursitis, including infracalcaneal bursitis. Participating in contact sports. Having a previous history of bursitis in any joint. Poor conditioning. Exposure to cold weather. Heel striking when running, especially in conventional running shoes with heel elevation.

Symptoms

Nagging ache and swelling in or around a joint. Painful and restricted movement in the affected joint. Pain radiating into the neck or arms when bursitis strikes the shoulder (the most common site). Fever, when associated with an infection.

Diagnosis

Magnetic resonance imaging (MRI) may demonstrate bursal inflammation, but this modality probably does not offer much more information than that found by careful physical examination. Theoretically, MRI could help the physician to determine whether the inflammation is within the subcutaneous bursa, the subtendinous bursa, or even within the tendon itself, however, such testing is generally not necessary. Ultrasonography may be a potentially useful tool for diagnosing pathologies of the Achilles tendon.

Non Surgical Treatment

With anterior and posterior Achilles tendon bursitis, applying warm or cool compresses to the area and using nonsteroidal anti-inflammatory drugs (NSAIDs) can temporarily relieve the pain and inflammation, as can injections of a corticosteroid/anesthetic mixture into the inflamed bursa. The doctor is careful not to inject the mixture into the tendon. After this treatment, the person should rest. When these treatments are not effective, part of the heel bone may need to be surgically removed.

Surgical Treatment

Bursectomy is a surgical procedure used to remove an inflamed or infected bursa, which is a fluid-filled sac that reduces friction between tissues of the body. Because retrocalcaneal bursitis can cause chronic inflammation, pain and discomfort, bursectomy may be used as a treatment for the condition when it is persistent and cannot be relived with other treatments. During this procedure, a surgeon makes small incisions so that a camera may be inserted into the joint. This camera is called an arthroscope. Another small incision is made so that surgical instruments can be inserted to remove the inflamed bursa.

Prevention

Contact your physician if bursitis pain is disabling (when movement of the joint is largely or entirely restricted), if the pain doesn?t subside after a week of self-care, or if the joint is red and swollen. Also call your doctor if you develop a fever, which could signal infectious bursitis-a condition that especially can afflict the elbow. Except for the fever, symptoms resemble other forms of bursitis, but infectious bursitis requires immediate medical attention.

Foot Bunions Treatment

Overview
Bunions Callous
If you?ve developed a solid bump at the base of your big toe along with pain and swelling, it?s possible that you have a bunion. According to the American Podiatric Medical Association (APMA) A bunion is an enlargement of the joint at the base of the big toe-the metatarsophalangeal (MTP) joint, that forms when the bone or tissue at the big toe joint moves out of place. This forces the toe to bend toward the others, causing an often painful lump of bone on the foot. Since this joint carries a lot of the body?s weight while walking, bunions can cause extreme pain if left untreated. The MTP joint itself may become stiff and sore, making even the wearing of shoes difficult or impossible. Bunions, from the Latin ?bunio,? meaning enlargement, can also occur on the outside of the foot along the little toe, where it is called a ?bunionette? or ?tailor?s bunion.?

Causes
Bunions result from the long bone in the foot (metatarsal) and the big-toe bone becoming misaligned. The causes are likely to be a combination of genetics, wearing ill-fitting shoes, and the way that we walk or run. Arthritis sufferers are also prone to bunions.
SymptomsA bunion, also called a hallux valgus, is a bony prominence on the inside of the big toe, caused by a misalignment of the joint. The overlying skin maybe swollen, red and tender. Bunions are often painful and can limit what shoes you can wear.

Diagnosis
Your family doctor or chiropodist /podiatrist can identify a bunion simply by examining your foot. During the exam, your big toe will be moved up and down to determine if your range of motion is limited. You will be examined for signs of redness or swelling and be questioned about your history of pain. A foot x-ray can show an abnormal angle between the big toe and the foot. In some cases, arthritis may also be seen. A X-ray of your foot may help identify the cause of the bunion and rate its severity.

Non Surgical Treatment
Bunions often respond to conservative care measures and should always be treated by a qualified healthcare professional in a timely and appropriate manner. Conservative treatment for bunions usually involves the following, splinting your great toe (so that it does not migrate toward the inside edge of your foot). A toe-spacer (such as Correct Toes) may be a useful tool, because it helps progressively splay and re-align all of your toes. Performing range of motion exercises (to move your big toe into a more favorable position). Supporting of the joints in the back of your foot that cause forefoot instability. Using shoes that allow the bunion splint to keep your big toe pointing straight ahead.
Bunions Callous

Surgical Treatment
Surgery is a last option for those with advanced and painful bunions that do not respond to any other treatment. The surgical operation to correct the deformity from a bunion is called a bunionectomy, which typically involves removing bony growth of the bunion, re-positioning ligaments and tendons, and realigning the bones of the toe joint. Surgery is usually a day procedure performed with a local anaesthetic. The bones may be stabilised in their new position with screws or pins. Hardware may even include absorbable pins that are broken down by the body after a few months. You can expect a 6 – 8 week recovery period during which crutches are usually required. Surgery is often successful but sometimes the big toe moves back to its previous deviated position. Proper footwear and orthotics reduces the chances of surgical failure.

Does Severs Disease Need Surgical Treatment?

Overview

Sever’s Disease, also known as calcaneal apophysitis, is a disease of the growth plate of the heel bone (calcaneus) and is characterized by pain in the heel of a child’s foot, typically brought on by some form of injury or minor trauma from sports participation. This condition is most common in children ages 9 to 14 and is frequently seen in active soccer, football, or baseball players. Sport shoes with cleats are also known to aggravate the condition. The disease can mimic Achilles tendonitis, an inflammation of the tendon attached to the back of the heel. A tight Achilles tendon contributes to Sever’s Disease by pulling excessively on the growth plate of the heel bone. Feet that flatten out to excess (hyperpronate) are also prone to this problem, as this can involve extra torque on the calcaneus by the Achilles tendon.

Causes

The heel bone grows faster than the ligaments in the leg. As a result, muscles and tendons can become very tight and overstretched in children who are going through growth spurts. The heel is especially susceptible to injury since the foot is one of the first parts of the body to grow to full size and the heel area is not very flexible. Sever?s disease occurs as a result of repetitive stress on the Achilles tendon. Over time, this constant pressure on the already tight heel cord can damage the growth plate, causing pain and inflammation. Such stress and pressure can result from, Sports that involve running and jumping on hard surfaces (track, basketball and gymnastics). Standing too long, which puts constant pressure on the heel. Poor-fitting shoes that don?t provide enough support or padding for the feet. Overuse or exercising too much can also cause Sever?s disease.

Symptoms

The most common symptom of Sever’s disease is acute pain felt in the heel when a child engages in physical activity such as walking, jumping or running. Children who are very active athletes are among the group most susceptible to experiencing Sever’s disease because of the extreme stress and tension they place on their growing feet. Improper pronation, the rolling movement of the foot during walking or running, and obesity are all additional conditions linked to causing Sever’s disease.

Diagnosis

Most often, a healthcare professional can diagnose Sever?s disease by taking a careful history and administering a few simple tests during the physical exam. A practitioner may squeeze the heel on either side; when this move produces pain, it may be a sign of Sever?s disease. The practitioner may also ask the child to stand on their tiptoes, because pain that occurs when standing in this position can also be an indication of Sever?s disease.

Non Surgical Treatment

There is nothing you can do to stop severs disease. It will stop when you finish growing. However the following will help to relieve the symptoms. Rest. Cut down on the time you spend playing sport until the pain has gone. Avoid sports that involve a lot of running or jumping. Swimming can be a useful alternative. Ice the affected area for ten to 15 minutes, especially after activity. Make sure you protect the skin by wrapping the ice in a towel. Elevate (raise) the leg when painful and swollen especially after sports. Pain relieving medication may reduce pain and swelling, but you need to discuss options with a pharmacist or GP. Always wear shoes. Avoid activities in bare feet. Choose a supportive shoe with the laces done up.

Adult Aquired FlatFoot Causes

Overview

Flatfoot may sound like a characteristic of a certain water animal rather than a human problem. Flatfoot is a condition in which the arch of the foot is fallen and the foot is pointed outward. In contrast to a flatfoot condition that has always been present, this type develops after the skeleton has reached maturity. There are several situations that can result in fallen arches, including fracture, dislocation, tendon laceration, tarsal coalition, and arthritis. One of the most common conditions that can lead to this foot problem is posterior tibial tendon dysfunction. The posterior tibial tendon attaches the calf muscle to the bones on the inside of the foot and is crucial in holding up and supporting the arch. An acute injury or overuse can cause this tendon to become inflamed or even torn, and the arch of the foot will slowly fall over time.Adult Acquired Flat Foot


Causes

The most common cause of acquired adult flatfoot is posterior tibial tendon dysfunction. What causes adult acquired flat foot? Fracture or dislocation. Tendon laceration. Tarsal Coalition. Arthritis. Neuroarthropathy. Neurological weakness.


Symptoms

Pain and swelling around the inside aspect of the ankle initially. Later, the arch of the foot may fall (foot becomes flat), this change leads to walking to become difficult and painful, as well as standing for long periods. As the flat foot becomes established, pain may progress to the outer part of the ankle. Eventually, arthritis may develop.


Diagnosis

Posterior Tibial Tendon Dysfunction is diagnosed with careful clinical observation of the patient?s gait (walking), range of motion testing for the foot and ankle joints, and diagnostic imaging. People with flatfoot deformity walk with the heel angled outward, also called over-pronation. Although it is normal for the arch to impact the ground for shock absorption, people with PTTD have an arch that fully collapses to the ground and does not reform an arch during the entire gait period. After evaluating the ambulation pattern, the foot and ankle range of motion should be tested. Usually the affected foot will have decreased motion to the ankle joint and the hindfoot. Muscle strength may also be weaker as well. An easy test to perform for PTTD is the single heel raise where the patient is asked to raise up on the ball of his or her effected foot. A normal foot type can lift up on the toes without pain and the heel will invert slightly once the person has fully raised the heel up during the test. In early phases of PTTD the patient may be able to lift up the heel but the heel will not invert. An elongated or torn posterior tibial tendon, which is a mid to late finding of PTTD, will prohibit the patient from fully rising up on the heel and will cause intense pain to the arch. Finally diagnostic imaging, although used alone cannot diagnose PTTD, can provide additional information for an accurate diagnosis of flatfoot deformity. Xrays of the foot can show the practitioner important angular relationships of the hindfoot and forefoot which help diagnose flatfoot deformity. Most of the time, an MRI is not needed to diagnose PTTD but is a tool that should be considered in advanced cases of flatfoot deformity. If a partial tear of the posterior tibial tendon is of concern, then an MRI can show the anatomic location of the tear and the extensiveness of the injury.


Non surgical Treatment

Although AAF is not reversible without surgery, appropriate treatment should address the patient?s current symptoms, attempt to reduce pain, and allow continued ambulation. In the early stages, orthotic and pedorthic solutions can address the loss of integrity of the foot?s support structures, potentially inhibiting further destruction.3-5 As a general principle, orthotic devices should only block or limit painful or destructive motion without reducing or restricting normal motion or muscle function. Consequently, the treatment must match the stage of the deformity.

Acquired Flat Foot


Surgical Treatment

Although non-surgical treatments can successfully manage the symptoms, they do not correct the underlying problem. It can require a life-long commitment to wearing the brace during periods of increased pain or activity demands. This will lead a majority of patients to choose surgical correction of the deformity, through Reconstructive Surgery. All of the considerations that were extremely important during the evaluation stage become even more important when creating a surgical plan. Generally, a combination of procedures are utilized in the same setting, to allow full correction of the deformity. Many times, this can be performed as a same-day surgery, without need for an overnight hospital stay. However, one or two day hospital admissions can be utilized to help manage the post-operative pain. Although the recovery process can require a significant investment of time, the subsequent decades of improved function and activity level, as well as decreased pain, leads to a substantial return on your investment.