Leg length inequality goes typically undiagnosed on a daily basis, yet this problem is easily remedied, and can reduce a number of cases of chronic back pain.
Therapy for leg length inequality commonly involves Shoe Lifts. These are generally low cost, normally being below twenty dollars, in comparison to a custom orthotic of $200 and up. Differences over a quarter inch can take their toll on the spine and should probably be compensated for with a heel lift. In some cases, the shortage can be so extreme that it requires a full lift to both the heel and sole of the shoe.
Upper back pain is the most widespread ailment afflicting people today. Around 80 million men and women experience back pain at some point in their life. It is a problem that costs businesses millions of dollars every year as a result of time lost and productivity. New and improved treatment solutions are continually sought after in the hope of minimizing the economic influence this issue causes.
Men and women from all corners of the earth suffer the pain of foot ache as a result of leg length discrepancy. In these types of cases Shoe Lifts are usually of worthwhile. The lifts are capable of decreasing any discomfort and pain in the feet. Shoe Lifts are recommended by many expert orthopaedic orthopedists.
To be able to support the human body in a well balanced fashion, your feet have a vital job to play. Inspite of that, it's often the most neglected area in the body. Many people have flat-feet meaning there is unequal force placed on the feet. This causes other body parts like knees, ankles and backs to be affected too. Shoe Lifts guarantee that proper posture and balance are restored.
A hammertoe is a deformity in the foot, causing the second, third, or fourth toe to be permanently bent in the middle joint, causing the toe to resemble a hammer (hence, its name!) or a claw. They are most commonly found in women who wear narrow shoes, such as high heels, that cause the Hammer toe toes to bend unnaturally for extended periods of time. A hammertoe may be difficult or painful to move, and the skin may become callused from rubbing against the inside of the shoe. In fact, there are two types of hammertoe: flexible and rigid. Flexible hammertoes can still move at the joint and are indicative of an earlier, milder form of the problem. Rigid hammertoes occur when the tendon no longer moves, and at this stage, surgery is usually necessary to fix the problem.
The cause of hammertoes varies, but causes include genetics, arthritis and injury to the toe. Treatment for hammertoes depends on the severity and can include anti-inflammatory medication, metatarsal pads, foot exercises and better-fitting shoes. If the pain caused by a hammertoe is so severe that wearing a shoe is uncomfortable, surgery may be necessary. Typically this surgery is an outpatient procedure that doesn?t require general anesthesia, though it is an option. Recovery from surgery usually takes a few weeks, and patients are given special shoes to wear.
If the toes remain in the hammertoe position for long periods, the tendons on the top of the foot will tighten over time because they are not stretched to their full length. Eventually, the tendons shorten enough that the toe stays bent, even when shoes are not being worn. The symptoms of hammertoe include a curling toe, pain or discomfort in the toes and ball of the foot or the front of the leg, especially when toes are stretched downward, thickening of the skin above or below the affected toe with the formation of corns or calluses, difficulty finding shoes that fit well. In its early stages, hammertoe is not obvious. Frequently, hammertoe does not cause any symptoms except for the claw-like toe shape.
Although hammertoes are readily apparent, to arrive at a diagnosis the foot and ankle surgeon will obtain a thorough history of your symptoms and examine your foot. During the physical examination, the doctor may attempt to reproduce your symptoms by manipulating your foot and will study the contractures of the toes. In addition, the foot and ankle surgeon may take x-rays to determine the degree of the deformities and assess any changes that may have occurred.
Non Surgical Treatment
Changing the type of footwear worn is a very important step in the treatment of hammer toes. When choosing a shoe, make sure the toe box (toe area) is high and broad, and can accommodate the hammer toes. A shoe with a high, broad toe box will provide enough room in the forefoot area so that there is less friction against the toes. Other conservative treatments include using forefoot products designed to relieve hammer toes, such as hammer toe crests and hammer toe splints. These devices will help hold down the hammer toe and provide relief to the forefoot. Gel toe shields and gel toe caps are also recommended to eliminate friction between the shoe and the toe, while providing comfort and lubrication.
Toe Relocation procedures are ancillary procedures that are performed in conjunction with one of the two methods listed about (joint resection or joint mending). When the toe is deformed (buckled) at the ball of the foot, then this joint often needs to be re-positioned along with ligament releases/repair to get the toe straight. A temporary surgical rod is needed to hold the toe aligned while the ligaments mend.
In some cases foot problems may present at birth, many foot problems such as hammer toes can be prevented. Hammer toe prevention can be a simple process, such as, checking your feet regularly and wearing the right shoes for your feet. Good circulation is also an essential part of foot health and hammer toe prevention. Taking a warm foot bath or giving yourself a foot massage are great ways of keeping your feet healthy.
A bunion is an unnatural, bony hump that forms at the base of the big toe where it attaches to the foot. Often, the big toe deviates toward the other toes. When this occurs, the base of the big toe pushes outward on the first metatarsal bone, which is the bone directly behind the big toe, forming a bunion. If this happens on the little toe and fifth metatarsal, it's called a bunionette. Because a bunion occurs at a joint, where the toe bends in normal walking, your entire body weight rests on the bunion at each step. Bunions can be extremely painful. They're also vulnerable to excess pressure and friction from shoes and can lead to the development of calluses.
Bunions form when the normal balance of forces that is exerted on the joints and tendons of the foot becomes disrupted. This disruption can lead to instability in the joint and cause the deformity. Bunions are brought about by years of abnormal motion and pressure over the MTP joint. They are, therefore, a symptom of faulty foot development and are usually caused by the way we walk and our inherited foot type or our shoes.
Just because you have a bunion does not mean you have to have pain. There are some people with very severe bunions and no pain and people with mild bunions and a lot of pain. Symptoms for a bunion may include pain on the inside of your foot at the big toe joint. Swelling on the inside of your foot at the big toe joint. Redness on the inside of your foot at the big toe joint. Numbness or burning in the big toe (hallux). Decreased motion at the big toe joint. Painful bursa (fluid-filled sac) on the inside of your foot at the big toe joint. Pain while wearing shoes, especially shoes too narrow or with high heels. Joint pain during activities. Other conditions which may appear with bunions include corns in between the big toe and second toe. Callous formation on the side or bottom of the big toe or big toe joint. Callous under the second toe joint. Pain in the second toe joint.
A doctor can very often diagnose a bunion by looking at it. A foot x-ray can show an abnormal angle between the big toe and the foot. In some cases, arthritis may also be seen.
Non Surgical Treatment
In the early stages of the formation of a bunion, soaking feet in warm water can provide temporary relief. The best way to alleviate the pain associated with bunions is to wear properly fitting shoes. Shoes designed with a high, wide toe box (toe area) are recommended for people suffering from forefoot disorders, such as bunions. Shoes with rocker soles will unload pressure to the bunion area. Orthotics are also recommended for this condition to provide extra comfort, support, and protection. Other conservative treatments include using forefoot products designed to accommodate and relieve bunions such as bunion shields, bunion night splints, and bunion bandages. These conservative treatments can limit the progression of the bunion formation, relieve pain and provide a healthy environment for the foot.
The most significant portion of the bunion surgery is re-aligning the bones. This is performed though bone cuts or a fusion involving the first metatarsal. The severity of the bunion determines where the bone will be cut or fused. Mild or moderate bunions can be corrected close to the big toe joint. Moderate or large bunions often require that the bone work be performed further away from the big toe joint to swing the bone in the proper position.
The best way to reduce your chances of developing a bunion is to wear shoes that fit properly. Any shoe that is too tight or too high will force your toes together and may cause the condition to develop. Shoes need to be wide enough, so they aren't rubbing against the joint, and preferably made of leather. Avoid shoes with a lot elaborate stitching at the front, as this can also cause irritation. Heels should be no more than three to four inches and you should only wear them occasionally. Court shoes should seldomly be worn, as they do not give the foot any support. Be honest with yourself, you know if your shoes aren't fitting you comfortably. Do something about it, or you will suffer for your vanity.
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.
Apart from age, other factors that may contribute to developing Sever?s disease include physical activity, any form of exercise that is weight bearing through the legs or stresses the soft tissue can exacerbate the pain of the disease. External factors, for example, running on hard surfaces or wearing inappropriate shoes during sport. Overuse injury, very active children may repeatedly but subtly injure the bones, muscles and tendons of their feet and ankles. In time, the accumulated injuries cause symptoms.
Most children with Sever's complain of pain in the heel that occurs during or after activity (typically running or jumping) and is usually relieved by rest. The pain may be worse when wearing cleats. Sixty percent of children's with Sever's report experiencing pain in both heels.
Sever's disease is based on the symptoms reported. To confirm the diagnosis, the clinician will examine the heels and ask about the child's activity level and participation in sports. They may also squeeze the back part of the heel from both sides at the same time to see if doing so causes pain and also ask the child to stand on tiptoes to see if that position causes pain. There may be tightness in the calf muscle, which contributes to tension on the heel. Symptoms are usually worse during or after activity and get better with rest. X-rays generally are not that helpful in diagnosing Sever's disease, but they may be ordered to rule out other problems, such as fractures. Sever's disease cannot be seen on an X-ray.
Non Surgical Treatment
Treatment may consist of one or more of the following, Elevating the heel, Stretching hamstring and calf muscles 2-3 times daily, Using R.I.C.E. (Rest, Ice, Compression, Elevation), Foot orthotics, Medication, Physical therapy, Icing daily (morning), Heating therapy, Open back shoe are best and avoid high heel shoe. The Strickland Protocol has shown a positive response in patients with a mean return to sport in less than 3 weeks.
One of the most important things to know about Sever's disease is that, with proper care, the condition usually goes away within 2 weeks to 2 months and does not cause any problems later in life. The sooner Sever's disease is addressed, the quicker recovery is. Most kids can return to physical activity without any trouble once the pain and other symptoms go away. Although Sever's disease generally heals quickly, it can recur if long-term measures are not taken to protect the heel during a child's growing years. One of the most important is to make sure that kids wear proper shoes. Good quality, well-fitting shoes with shock-absorbent (padded) soles help to reduce pressure on the heel. The doctor may also recommend shoes with open backs, such as sandals or clogs, that do not rub on the back of the heel. Shoes that are heavy or have high heels should be avoided. Other preventive measures include continued stretching exercises and icing of the affected heel after activity.
Pain across the bottom of the foot at any point between the heel and the ball of the foot is often referred to as "arch pain." Although this description is non-specific, most arch pain is due to strain or inflammation of the plantar fascia (a long ligament on the bottom of the foot). This condition is known as plantar fasciitis and is sometimes associated with a heel spur. In most cases, arch pain develops from overuse, unsupportive shoes, weight gain, or acute injury. If arch pain persists beyond a few days, see a foot and ankle surgeon for treatment to prevent this condition from becoming worse.
The causes of high arched feet can vary greatly. They range from neurological disorders, club foot, injury, and often times there may be no known reason. The idea behind surgery to correct this often painful condition is to bring the arch down and thereby, allow the ground pressure of walking to be more evenly distributed across the entire bottom of the foot. Over time high arch feet can cause severe plantar calluses, ulcerations broken metatarsals and even chronically sprained ankles.
The most common symptoms of plantar fasciitis include pain on the bottom of the foot near the heel, pain with the first few steps after getting out of bed in the morning, or after a long period of rest, such as after a long car ride. The pain subsides after a few minutes of walking. Greater pain after (not during) exercise or activity.
After you describe your symptoms and discuss your concerns, your doctor will examine your foot. Your doctor will look for these signs. A high arch. An area of maximum tenderness on the bottom of your foot, just in front of your heel bone. Pain that gets worse when you flex your foot and the doctor pushes on the plantar fascia. The pain improves when you point your toes down. Limited "up" motion of your ankle.
Non Surgical Treatment
Consult a doctor to diagnose the condition and determine the cause. If revealed to be plantar fasciitis, please refer to our article on that injury for further information. Generally arch pain is easy to treat, with the most effective method of treatment being the placement of arch supports in the shoes. This counteracts the strain placed on the arches by biomechanical errors, causing them to cease stretching excessively. A specialist can recommend the inserts suitable to your needs, which will depend on the shape of your arches. These supports should lessen your symptoms within days. If pain is severe you should refrain from running activities until it subsides to avoid risking an aggravation of the injury. To maintain fitness, alter your training program temporarily to be focused on low-impact sports like swimming. Applying ice to the affected area should assist in reducing pain and swelling.
In rare cases, surgery may be needed if a child has flat feet caused by a problem they're born with (a congenital abnormality). The foot may need to be straightened or the bones may need to be separated if they're fused together. Painkillers and insoles are the first treatment options for flat feet that are caused by a joint problem, such as arthritis or a torn tendon. However, surgery may be recommended if the injury or condition is severely affecting your feet. Where flat feet are caused by a condition that affects the nervous system, special shoes, insoles, or supportive foot or leg braces may be needed. Again, in severe cases, an operation may be needed to straighten the feet.
Strengthening exercises. Below are two simple strength exercises to help condition the muscles, tendons and joints around the foot and ankle. Plantar Rolling. Place a small tin can or tennis ball under the arch of the affected foot. Slowly move the foot back and forth allowing the tin can or tennis ball to roll around under the arch. This activity will help to stretch, strengthen and massage the affected area. Toe Walking. Stand upright in bare feet and rise up onto the toes and front of the foot. Balance in this position and walk forward in slow, small steps. Maintain an upright, balanced posture, staying as high as possible with each step. Complete three sets of the exercise, with a short break in between sets, for a total of 20 meters.
One in four adults in the U.S. has adult acquired flatfoot deformity, which may begin during childhood or be acquired with age. The foot may be flat all the time or may lose its arch when the person stands. The most common and serious cause of flat foot is Posterior Tibial Tendon Dysfunction, in which the main tendon that supports the arch gradually weakens.
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.
PTTD begins with a gradual stretching and loss of strength of the posterior tibial tendon which is the most important tendon supporting the arch of the human foot. Left untreated, this tendon will continue to lengthen and eventually rupture, leading to a progressive visible collapse of the arch of the foot. In the early stages, patients with PTTD will notice a pain and swelling along the inner ankle and arch. Many times, they are diagnosed with ?tendonitis? of the inner ankle. If the foot and ankle are not properly supported during this early phase, the posterior tibial tendon can rupture and devastating consequences will occur to the foot and ankle structure. The progressive adult acquired flatfoot deformity will cause the heel to roll inward in a ?valgus? or pronated direction while the forefoot will rotate outward causing a ?duckfooted? walking pattern. Eventually, significant arthritis can occur in the joints of the foot, the ankle and even the knee. Early diagnosis and treatment is critical so if you have noticed that one, or both, of your feet has become flatter in recent times come in and have it checked out.
There are four stages of adult-acquired flatfoot deformity (AAFD). The severity of the deformity determines your stage. For example, Stage I means there is a flatfoot position but without deformity. Pain and swelling from tendinitis is common in this stage. Stage II there is a change in the foot alignment. This means a deformity is starting to develop. The physician can still move the bones back into place manually (passively). Stage III adult-acquired flatfoot deformity (AAFD) tells us there is a fixed deformity. This means the ankle is stiff or rigid and doesn???t move beyond a neutral (midline) position. Stage IV is characterized by deformity in the foot and the ankle. The deformity may be flexible or fixed. The joints often show signs of degenerative joint disease (arthritis).
Non surgical Treatment
A patient who has acute tenosynovitis has pain and swelling along the medial aspect of the ankle. The patient is able to perform a single-limb heel-rise test but has pain when doing so. Inversion of the foot against resistance is painful but still strong. The patient should be managed with rest, the administration of appropriate anti-inflammatory medication, and immobilization. The injection of corticosteroids is not recommended. Immobilization with either a rigid below-the-knee cast or a removable cast or boot may be used to prevent overuse and subsequent rupture of the tendon. A removable stirrup-brace is not initially sufficient as it does not limit motion in the sagittal plane, a component of the pathological process. The patient should be permitted to walk while wearing the cast or boot during the six to eight-week period of immobilization. At the end of that time, a decision must be made regarding the need for additional treatment. If there has been marked improvement, the patient may begin wearing a stiff-soled shoe with a medial heel-and-sole wedge to invert the hindfoot. If there has been only mild or moderate improvement, a longer period in the cast or boot may be tried.
In cases where cast immobilization, orthoses and shoe therapy have failed, surgery is the next alternative. The goal of surgery and non-surgical treatment is to eliminate pain, stop progression of the deformity and improve mobility of the patient. Opinions vary as to the best surgical treatment for adult acquired flatfoot. Procedures commonly used to correct the condition include tendon debridement, tendon transfers, osteotomies (cutting and repositioning of bone) and joint fusions. (See surgical correction of adult acquired flatfoot). Patients with adult acquired flatfoot are advised to discuss thoroughly the benefits vs. risks of all surgical options. Most procedures have long-term recovery mandating that the correct procedure be utilized to give the best long-term benefit. Most flatfoot surgical procedures require six to twelve weeks of cast immobilization. Joint fusion procedures require eight weeks of non-weightbearing on the operated foot - meaning you will be on crutches for two months. The bottom line is, Make sure all of your non-surgical options have been covered before considering surgery. Your primary goals with any treatment are to eliminate pain and improve mobility. In many cases, with the properly designed foot orthosis or ankle brace, these goals can be achieved without surgical intervention.
Overview The Achilles tendon is an important part of the leg. It is located just behind and above the heel. It joins the heel bone to the calf muscles. Its function is to help in bending the foot downwards at the ankle (this movement is called plantar flexion by doctors). If the Achilles tendon is torn, this is called an Achilles tendon rupture. The tear may be either partial or complete. In a partial tear, the tendon is partly torn but still joined to the calf muscle. With complete tears, the tendon is completely torn so that the connection between the calf muscles and the ankle bone is lost. Causes Achilles tendon ruptures are most likely to occur in sports requiring sudden stretching, such as sprinting and racquet sports. Achilles tendon ruptures can happen to anyone, but are most likely to occur to middle age athletes who have not been training or who have been doing relatively little training. Common sporting activities related to Achilles tendon rupture include, badminton, tennis, squash. Less common sporting activities that can lead to Achilles tendon rupture include: TKD, soccer etc. Occasionally the sufferer may have a history of having had pain in the Achilles tendon in the past and was treated with steroid injection to around the tendon by a doctor. This can lead to weakening of the tendon predisposing it to complete rupture. Certain antibiotics taken by mouth or by intravenous route can weaken the Achilles tendon predisposing it to rupture. An example would be the quinolone group of antibiotics. An common example is Ciprofloxacin (or Ciprobay). Symptoms Symptoms include a sudden sharp pain in the achilles tendon which is often described as if being physically struck by an object or implement. A loud snapping noise or bang may also be heard at the time. A gap of 4 to 5 cm in the tendon can be felt which may be less obvious later as swelling increases. After a short while the athlete may be able to walk again but without the power to push off with the foot. There will be a significant loss of strength in the injured leg and the patient will be unable to stand on tip toes. There may be considerable swelling around the achilles tendon and a positive result for Thompson's test can help confirm the diagnosis. Diagnosis During the clinical examination, the patient will have significantly reduced ankle plantar flexion strength on the involved side. When the tendon is palpated with one finger on either side, the tendon can be followed from the calcaneus to where it "disappears" in the area of the rupture and to where it then returns 2 to 3 cm proximal to the rupture. If the injury is recent, the patient indicates that her pain is localized at the site of the rupture. The defect eventually fills with blood and edema and the skin over the area becomes ecchymotic. Non Surgical Treatment Medical therapy for a patient with an Achilles tendon rupture consists of rest, pain control, serial casting, and rehabilitation to maximize function. Ongoing debate surrounds the issue of whether medical or surgical therapy is more appropriate for this injury. Conservative management of Achilles tendinosis and paratenonitis includes the following. Physical therapy. Eccentric exercises are the cornerstone of strengthening treatment, with most patients achieving 60-90% pain relief. Orthotic therapy in Achilles tendinosis consists of the use of heel lifts. Nonsteroidal anti-inflammatory drugs (NSAIDs). Tendinosis tends to be less responsive than paratenonitis to NSAIDs. Steroid injections. Although these provide short-term relief of painful symptoms, there is concern that they can weaken the tendon, leading to rupture. Vessel sclerosis. Platelet-rich plasma injections. Nitric oxide. Shock-wave therapy. Surgical Treatment Surgery to repair an Achilles tendon rupture is performed under a spinal or general anaesthetic. During surgery the surgeon makes an incision in the skin over the ruptured portion of the tendon. The tendon ends are located and joined together with strong sutures (stitches), allowing the tendon to closely approximate its previous length. The skin is then closed with sutures and the foot is immobilised in a cast or splint, again in the toes-pointed position. Seven to ten days after surgery the cast or splint is removed in order for the sutures in the skin to be removed. Another cast or splint will be applied and will stay in place a further 5 - 7 weeks. Prevention There are things you can do to help prevent an Achilles tendon injury. You should try the following. Cut down on uphill running. Wear shoes with good support that fit well. Always increase the intensity of your physical activity slowly. Stop exercising if you feel pain or tightness in the back of your calf or heel.