What Are Fallen Arches
Overview
The appearance of flat feet is normal and common in infants, partly due to "baby fat" which masks the developing arch and partly because the arch has not yet fully developed. The human arch develops in infancy and early childhood as part of normal muscle, tendon, ligament and bone growth. Training of the feet, especially by foot gymnastics and going barefoot on varying terrain, can facilitate the formation of arches during childhood, with a developed arch occurring for most by the age of four to six years. Flat arches in children usually become proper arches and high arches while the child progresses through adolescence and into adulthood.
Causes
When flat feet develop at a later age, they are known as fallen arches. The arches may fall because the muscles supporting them are no longer able to do so. In addition the spring ligament within the foot may have lost some of its tension allowing the arch of the foot to flatten. Other conditions causing fallen arches include sudden weight gain, a nervous system injury, or a loss of sensation caused by a disease such as diabetes. Most people with fallen arches are flat on both feet.
Symptoms
Knee/Hip/Back Pain - When the arch collapses in the foot, it triggers a series of compensations up the joint chain, leading to increased stress on the knee, pelvis and low back. Plantar fasciitis - This condition is characterized by heel pain, especially with the first few steps you take. The plantar fascia stretches as the arch falls, putting stress on the heel. Bunions - If you see a bony bump developing at the base of your big toe, you are likely developing a bunion. It may be swollen, red or painful when it rubs against your shoe. A flattened arch spreads the forefoot and causes the big toe to deviate toward the second toe. Shin splints - This term generally refers to pain anywhere along the shinbone. It is typically due to overuse and is aggravated after exercise and activity.
Diagnosis
Your doctor will ask about your symptoms and medical history. A physical and foot exam will be done. Flat feet can be diagnosed by appearance. To determine if the foot is rigid, you may be asked to do some simple tasks.
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Non Surgical Treatment
The treatment your podiatrist recommends will depend upon the trouble and pain you?re experiencing. Custom shoe inserts (orthotics) are most often recommended and are quite effective. Stretching exercises to loosen and strengthen the supporting tendons may also be recommended. Orthotic devices or bracing. To give your arch the support it needs, your foot and ankle surgeon may recommend an ankle brace or a custom orthotic device that fits into your shoe to support the arch. A short-leg cast or boot may be worn to immobilize the foot and allow the tendon to heal. Ultrasound therapy and stretching exercises may help rehabilitate the tendon and muscle following immobilization. Nonsteroidal anti-inflammatory drugs (NSAIDs), such as ibuprofen, help reduce the pain and inflammation. Your foot and ankle surgeon may recommend changes in your footwear.
Surgical Treatment
Common indications for surgery are cerebral palsy with an equinovalgus foot, to prevent progression and breakdown of the midfoot. Rigid and painful Pes Planus. To prevent progression, eg with a Charcot joint. Tibialis posterior dysfunction, where non-surgical treatment is unsuccessful. Possible surgical procedures include Achilles tendon lengthening. Calcaneal osteotomy, to re-align the hindfoot. Reconstruction of the tibialis posterior tendon. For severe midfoot collapse of the arch, triple arthrodesis may be indicated.
Prevention
Strap the arches into the anatomically correct positions with athletic tape and leave them like this for some time. If the fallen arches are an issue with the muscular structure, this may give the muscles an opportunity to strengthen. This is definitely not a fallen arches cure all the time but it can help prevent it more times than not. Ask a doctor or physical therapists to show you how to do this taping. Find shoes that fit. This may require that you get your foot measured and molded to ensure that the shoe will fit. Shoes that are too big, too tight or too short, may not directly cause the fallen arches, but they can assist with the damage to the area. These shoes should have thick cushioning inside and have plenty of room for your toes. Walk without shoes as much as possible. Shoes directly assist with weakening and distorting the arches of the feet so going without shoes can actually help strengthen your arches and prevent fallen arches. Walking on hard and bumpy surfaces barefooted makes the muscles in your feet strengthen in order to prevent injury. It is a coping mechanism by your body. Insert heel cups or insoles into the shoes that you wear the most. Many people wear uncomfortable shoes to work and these are the same shoes that cause their arches the most problems. Inserting the heel cups and insoles into these shoes can prevent fallen arches from occurring. Many people place these inserts into all their shoes to ensure support. Ask a medical professional, either your doctor or a physical therapist, about daily foot exercises that may keep the arches stronger than normal. Many times, you can find exercises and stretches on the Internet on various websites. Curling your toes tightly and rotating your feet will help strengthen your longitudinal arches. Relax your feet and shake them for a minute or so before you do any arch exercises. This will loosen the muscles in your feet that stay tight due to normal daily activities. Wear rigid soled sandals whenever possible to provide a strong support for your arches. Wooden soled sandals are the best ones if available. Walk or jog on concrete as much as you can. This will create a sturdy support for your arches. Running or walking in sandy areas or even on a treadmill, does not give rigid support. Instead, these surfaces absorb the step, offering no support for arches.
The appearance of flat feet is normal and common in infants, partly due to "baby fat" which masks the developing arch and partly because the arch has not yet fully developed. The human arch develops in infancy and early childhood as part of normal muscle, tendon, ligament and bone growth. Training of the feet, especially by foot gymnastics and going barefoot on varying terrain, can facilitate the formation of arches during childhood, with a developed arch occurring for most by the age of four to six years. Flat arches in children usually become proper arches and high arches while the child progresses through adolescence and into adulthood.
Causes
When flat feet develop at a later age, they are known as fallen arches. The arches may fall because the muscles supporting them are no longer able to do so. In addition the spring ligament within the foot may have lost some of its tension allowing the arch of the foot to flatten. Other conditions causing fallen arches include sudden weight gain, a nervous system injury, or a loss of sensation caused by a disease such as diabetes. Most people with fallen arches are flat on both feet.
Symptoms
Knee/Hip/Back Pain - When the arch collapses in the foot, it triggers a series of compensations up the joint chain, leading to increased stress on the knee, pelvis and low back. Plantar fasciitis - This condition is characterized by heel pain, especially with the first few steps you take. The plantar fascia stretches as the arch falls, putting stress on the heel. Bunions - If you see a bony bump developing at the base of your big toe, you are likely developing a bunion. It may be swollen, red or painful when it rubs against your shoe. A flattened arch spreads the forefoot and causes the big toe to deviate toward the second toe. Shin splints - This term generally refers to pain anywhere along the shinbone. It is typically due to overuse and is aggravated after exercise and activity.
Diagnosis
Your doctor will ask about your symptoms and medical history. A physical and foot exam will be done. Flat feet can be diagnosed by appearance. To determine if the foot is rigid, you may be asked to do some simple tasks.
arch support inserts reviews
Non Surgical Treatment
The treatment your podiatrist recommends will depend upon the trouble and pain you?re experiencing. Custom shoe inserts (orthotics) are most often recommended and are quite effective. Stretching exercises to loosen and strengthen the supporting tendons may also be recommended. Orthotic devices or bracing. To give your arch the support it needs, your foot and ankle surgeon may recommend an ankle brace or a custom orthotic device that fits into your shoe to support the arch. A short-leg cast or boot may be worn to immobilize the foot and allow the tendon to heal. Ultrasound therapy and stretching exercises may help rehabilitate the tendon and muscle following immobilization. Nonsteroidal anti-inflammatory drugs (NSAIDs), such as ibuprofen, help reduce the pain and inflammation. Your foot and ankle surgeon may recommend changes in your footwear.
Surgical Treatment
Common indications for surgery are cerebral palsy with an equinovalgus foot, to prevent progression and breakdown of the midfoot. Rigid and painful Pes Planus. To prevent progression, eg with a Charcot joint. Tibialis posterior dysfunction, where non-surgical treatment is unsuccessful. Possible surgical procedures include Achilles tendon lengthening. Calcaneal osteotomy, to re-align the hindfoot. Reconstruction of the tibialis posterior tendon. For severe midfoot collapse of the arch, triple arthrodesis may be indicated.
Prevention
Strap the arches into the anatomically correct positions with athletic tape and leave them like this for some time. If the fallen arches are an issue with the muscular structure, this may give the muscles an opportunity to strengthen. This is definitely not a fallen arches cure all the time but it can help prevent it more times than not. Ask a doctor or physical therapists to show you how to do this taping. Find shoes that fit. This may require that you get your foot measured and molded to ensure that the shoe will fit. Shoes that are too big, too tight or too short, may not directly cause the fallen arches, but they can assist with the damage to the area. These shoes should have thick cushioning inside and have plenty of room for your toes. Walk without shoes as much as possible. Shoes directly assist with weakening and distorting the arches of the feet so going without shoes can actually help strengthen your arches and prevent fallen arches. Walking on hard and bumpy surfaces barefooted makes the muscles in your feet strengthen in order to prevent injury. It is a coping mechanism by your body. Insert heel cups or insoles into the shoes that you wear the most. Many people wear uncomfortable shoes to work and these are the same shoes that cause their arches the most problems. Inserting the heel cups and insoles into these shoes can prevent fallen arches from occurring. Many people place these inserts into all their shoes to ensure support. Ask a medical professional, either your doctor or a physical therapist, about daily foot exercises that may keep the arches stronger than normal. Many times, you can find exercises and stretches on the Internet on various websites. Curling your toes tightly and rotating your feet will help strengthen your longitudinal arches. Relax your feet and shake them for a minute or so before you do any arch exercises. This will loosen the muscles in your feet that stay tight due to normal daily activities. Wear rigid soled sandals whenever possible to provide a strong support for your arches. Wooden soled sandals are the best ones if available. Walk or jog on concrete as much as you can. This will create a sturdy support for your arches. Running or walking in sandy areas or even on a treadmill, does not give rigid support. Instead, these surfaces absorb the step, offering no support for arches.
Heel Soreness
Overview
Your foot is made up of 26 bones, 33 joints, and more than 100 tendons. The heel is the largest bone in your foot. If you overuse or injure your heel, you may experience heel pain. This can range from mild to disabling. In many cases, if you have heel pain, you will need a doctor to diagnose the cause.
Causes
Heel pain has a number of causes that are typically associated with overuse of the heel bone. You can strain your heel by pounding your feet on hard surfaces, being overweight, or wearing shoes that do not fit properly. These strains can irritate the heel?s bones, muscles, or tendons. Other common causes of heel pain include the following. Heel Spurs. Heel spurs develop when the lining that covers the heel is continuously stretched. When this occurs, pieces of the lining may break off. Heel spurs typically develop in athletes who frequently run or jog. They are also common in people who are obese. Plantar Fasciitis. Plantar fasciitis develops when the tissue connecting the heel to the ball of the foot becomes inflamed. Plantar fasciitis also occurs in athletes who frequently run or jog. It can also result from wearing shoes that do not fit properly. Excessive Pronation. Excessive pronation occurs when the ligaments and tendons at the back of the heel are stretched too much. This condition can occur when injuries to the back, hips, or knees change the way you walk. Achilles Tendinitis. Achilles tendinitis can occur when the Achilles tendon, which runs along the back of the heel, becomes inflamed. This condition is common in people with active lifestyles who frequently run and jog, professional athletes and dancers.
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
Your doctor will listen to your complaints about your heel and examine you to see what is causing the pain, and whether anything else has started it off. If the cause of your pain seems obvious, your doctor may be happy to start treatment straight away. However, some tests may be helpful in ruling out other problems. Blood tests may be done for arthritis. An Xray will show any arthritis in the ankle or subtalar joint, as well as any fracture or cyst in the calcaneum. (It will also show a spur if you have one, but as we know this is not the cause of the pain.) Occasionally a scan may be used to help spot arthritis or a stress fracture.
Non Surgical Treatment
Home care, in cases that are not severe, home care is probably enough to get rid of heel pain. Rest, avoid running or standing for long periods, or walking on hard surfaces. Avoid activities that may stress the heels. Ice, place an ice-pack on the affected area for about 15 minutes. Do not place bare ice directly onto skin. Footwear. proper-fitting shoes that provide good support are crucial. Athletes should be particularly fussy about the shoes they use when practicing or competing - sports shoes need to be replaced at specific intervals (ask your trainer). Foot supports, wedges and heel cups can help relieve symptoms.
Surgical Treatment
It is rare to need an operation for heel pain. It would only be offered if all simpler treatments have failed and, in particular, you are a reasonable weight for your height and the stresses on your heel cannot be improved by modifying your activities or footwear. The aim of an operation is to release part of the plantar fascia from the heel bone and reduce the tension in it. Many surgeons would also explore and free the small nerves on the inner side of your heel as these are sometimes trapped by bands of tight tissue. This sort of surgery can be done through a cut about 3cm long on the inner side of your heel. Recently there has been a lot of interest in doing the operation by keyhole surgery, but this has not yet been proven to be effective and safe. Most people who have an operation are better afterwards, but it can take months to get the benefit of the operation and the wound can take a while to heal fully. Tingling or numbness on the side of the heel may occur after operation.
hold loose high heeled shoes
Prevention
Prevention of heel pain involves reducing the stress on that part of the body. Tips include. Barefeet, when on hard ground make sure you are wearing shoes. Bodyweight, if you are overweight there is more stress on the heels when you walk or run. Try to lose weight. Footwear, footwear that has material which can absorb some of the stress placed on the heel may help protect it. Examples include heel pads. Make sure your shoes fit properly and do not have worn down heels or soles. If you notice a link between a particular pair of shoes and heel pain, stop wearing them. Rest, if you are especially susceptible to heel pain, try to spend more time resting and less time on your feet. It is best to discuss this point with a specialized health care professional. Sports, warm up properly before engaging in activities that may place lots of stress on the heels. Make sure you have proper sports shoes for your task.
Your foot is made up of 26 bones, 33 joints, and more than 100 tendons. The heel is the largest bone in your foot. If you overuse or injure your heel, you may experience heel pain. This can range from mild to disabling. In many cases, if you have heel pain, you will need a doctor to diagnose the cause.
Causes
Heel pain has a number of causes that are typically associated with overuse of the heel bone. You can strain your heel by pounding your feet on hard surfaces, being overweight, or wearing shoes that do not fit properly. These strains can irritate the heel?s bones, muscles, or tendons. Other common causes of heel pain include the following. Heel Spurs. Heel spurs develop when the lining that covers the heel is continuously stretched. When this occurs, pieces of the lining may break off. Heel spurs typically develop in athletes who frequently run or jog. They are also common in people who are obese. Plantar Fasciitis. Plantar fasciitis develops when the tissue connecting the heel to the ball of the foot becomes inflamed. Plantar fasciitis also occurs in athletes who frequently run or jog. It can also result from wearing shoes that do not fit properly. Excessive Pronation. Excessive pronation occurs when the ligaments and tendons at the back of the heel are stretched too much. This condition can occur when injuries to the back, hips, or knees change the way you walk. Achilles Tendinitis. Achilles tendinitis can occur when the Achilles tendon, which runs along the back of the heel, becomes inflamed. This condition is common in people with active lifestyles who frequently run and jog, professional athletes and dancers.
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
Your doctor will listen to your complaints about your heel and examine you to see what is causing the pain, and whether anything else has started it off. If the cause of your pain seems obvious, your doctor may be happy to start treatment straight away. However, some tests may be helpful in ruling out other problems. Blood tests may be done for arthritis. An Xray will show any arthritis in the ankle or subtalar joint, as well as any fracture or cyst in the calcaneum. (It will also show a spur if you have one, but as we know this is not the cause of the pain.) Occasionally a scan may be used to help spot arthritis or a stress fracture.
Non Surgical Treatment
Home care, in cases that are not severe, home care is probably enough to get rid of heel pain. Rest, avoid running or standing for long periods, or walking on hard surfaces. Avoid activities that may stress the heels. Ice, place an ice-pack on the affected area for about 15 minutes. Do not place bare ice directly onto skin. Footwear. proper-fitting shoes that provide good support are crucial. Athletes should be particularly fussy about the shoes they use when practicing or competing - sports shoes need to be replaced at specific intervals (ask your trainer). Foot supports, wedges and heel cups can help relieve symptoms.
Surgical Treatment
It is rare to need an operation for heel pain. It would only be offered if all simpler treatments have failed and, in particular, you are a reasonable weight for your height and the stresses on your heel cannot be improved by modifying your activities or footwear. The aim of an operation is to release part of the plantar fascia from the heel bone and reduce the tension in it. Many surgeons would also explore and free the small nerves on the inner side of your heel as these are sometimes trapped by bands of tight tissue. This sort of surgery can be done through a cut about 3cm long on the inner side of your heel. Recently there has been a lot of interest in doing the operation by keyhole surgery, but this has not yet been proven to be effective and safe. Most people who have an operation are better afterwards, but it can take months to get the benefit of the operation and the wound can take a while to heal fully. Tingling or numbness on the side of the heel may occur after operation.
hold loose high heeled shoes
Prevention
Prevention of heel pain involves reducing the stress on that part of the body. Tips include. Barefeet, when on hard ground make sure you are wearing shoes. Bodyweight, if you are overweight there is more stress on the heels when you walk or run. Try to lose weight. Footwear, footwear that has material which can absorb some of the stress placed on the heel may help protect it. Examples include heel pads. Make sure your shoes fit properly and do not have worn down heels or soles. If you notice a link between a particular pair of shoes and heel pain, stop wearing them. Rest, if you are especially susceptible to heel pain, try to spend more time resting and less time on your feet. It is best to discuss this point with a specialized health care professional. Sports, warm up properly before engaging in activities that may place lots of stress on the heels. Make sure you have proper sports shoes for your task.
Treatment For Apparent Leg Length Discrepancy
Overview
People with leg length discrepancy, when one leg is longer than the other, usually have a waddling-type gait where the hips seem to move up and down during walking as the body tries to compensate for the inequality. There are two types of leg length discrepancy. The first type of leg length discrepancy involves a structural defect, where one bone is longer or shorter than the corresponding bone of the other limb. This can occur within the femur (upper leg bone) or the tibia and fibular (lower leg bones). Functional leg length discrepancy results from altered mechanics due to a malalignment in the spine or lower extremity.
Causes
Common causes include bone infection, bone diseases, previous injuries, or broken bones. Other causes may include birth defects, arthritis where there is a loss of articular surface, or neurological conditions.
Symptoms
Many people walk around with LLD?s of up to 2 cm. and not even know it. However, discrepancies above 2 cm. becomes more noticeable, and a slight limp is present. But even up to 3 cm. a small lift compensates very well, and many patients are quite happy with this arrangement. Beyond 3 cm. however, the limp is quite pronounced, and medical care is often sought at that point. Walking with a short leg gait is not only unsightly, but increases energy expenditure during ambulation. It could also put more stress on the long leg, and causes functional scoliosis. Where the discrepancy is more severe, walking becomes grotesque or virtually impossible.
Diagnosis
Leg length discrepancy may be diagnosed during infancy or later in childhood, depending on the cause. Conditions such as hemihypertrophy or hemiatrophy are often diagnosed following standard newborn or infant examinations by a pediatrician, or anatomical asymmetries may be noticed by a child's parents. For young children with hemihypertophy as the cause of their LLD, it is important that they receive an abdominal ultrasound of the kidneys to insure that Wilm's tumor, which can lead to hypertrophy in the leg on the same side, is not present. In older children, LLD is frequently first suspected due to the emergence of a progressive limp, warranting a referral to a pediatric orthopaedic surgeon. The standard workup for LLD is a thorough physical examination, including a series of measurements of the different portions of the lower extremities with the child in various positions, such as sitting and standing. The orthopaedic surgeon will observe the child while walking and performing other simple movements or tasks, such as stepping onto a block. In addition, a number of x-rays of the legs will be taken, so as to make a definitive diagnosis and to assist with identification of the possible etiology (cause) of LLD. Orthopaedic surgeons will compare x-rays of the two legs to the child's age, so as to assess his/her skeletal age and to obtain a baseline for the possibility of excessive growth rate as a cause. A growth chart, which compares leg length to skeletal age, is a simple but essential tool used over time to track the progress of the condition, both before and after treatment. Occasionally, a CT scan or MRI is required to further investigate suspected causes or to get more sophisticated radiological pictures of bone or soft tissue.
Non Surgical Treatment
Treatment depends on what limb has the deformity and the amount of deformity present. For example, there may be loss of function of the leg or arm. Cosmetic issues may also be a concern for the patient and their family. If there are problems with the arms, the goal is to improve the appearance and function of the arm. Treatment of leg problems try to correct the deformity that may cause arthritis as the child gets older. If the problem is leg length, where the legs are not "equal," the goal is equalization (making the legs the same length). Treatment may include the use of adaptive devices, prosthesis, orthotics or shoe lifts. If the problem is more severe and not treatable with these methods, then surgery may be necessary.
what happens if one leg is shorter than the other?
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.
People with leg length discrepancy, when one leg is longer than the other, usually have a waddling-type gait where the hips seem to move up and down during walking as the body tries to compensate for the inequality. There are two types of leg length discrepancy. The first type of leg length discrepancy involves a structural defect, where one bone is longer or shorter than the corresponding bone of the other limb. This can occur within the femur (upper leg bone) or the tibia and fibular (lower leg bones). Functional leg length discrepancy results from altered mechanics due to a malalignment in the spine or lower extremity.
Causes
Common causes include bone infection, bone diseases, previous injuries, or broken bones. Other causes may include birth defects, arthritis where there is a loss of articular surface, or neurological conditions.
Symptoms
Many people walk around with LLD?s of up to 2 cm. and not even know it. However, discrepancies above 2 cm. becomes more noticeable, and a slight limp is present. But even up to 3 cm. a small lift compensates very well, and many patients are quite happy with this arrangement. Beyond 3 cm. however, the limp is quite pronounced, and medical care is often sought at that point. Walking with a short leg gait is not only unsightly, but increases energy expenditure during ambulation. It could also put more stress on the long leg, and causes functional scoliosis. Where the discrepancy is more severe, walking becomes grotesque or virtually impossible.
Diagnosis
Leg length discrepancy may be diagnosed during infancy or later in childhood, depending on the cause. Conditions such as hemihypertrophy or hemiatrophy are often diagnosed following standard newborn or infant examinations by a pediatrician, or anatomical asymmetries may be noticed by a child's parents. For young children with hemihypertophy as the cause of their LLD, it is important that they receive an abdominal ultrasound of the kidneys to insure that Wilm's tumor, which can lead to hypertrophy in the leg on the same side, is not present. In older children, LLD is frequently first suspected due to the emergence of a progressive limp, warranting a referral to a pediatric orthopaedic surgeon. The standard workup for LLD is a thorough physical examination, including a series of measurements of the different portions of the lower extremities with the child in various positions, such as sitting and standing. The orthopaedic surgeon will observe the child while walking and performing other simple movements or tasks, such as stepping onto a block. In addition, a number of x-rays of the legs will be taken, so as to make a definitive diagnosis and to assist with identification of the possible etiology (cause) of LLD. Orthopaedic surgeons will compare x-rays of the two legs to the child's age, so as to assess his/her skeletal age and to obtain a baseline for the possibility of excessive growth rate as a cause. A growth chart, which compares leg length to skeletal age, is a simple but essential tool used over time to track the progress of the condition, both before and after treatment. Occasionally, a CT scan or MRI is required to further investigate suspected causes or to get more sophisticated radiological pictures of bone or soft tissue.
Non Surgical Treatment
Treatment depends on what limb has the deformity and the amount of deformity present. For example, there may be loss of function of the leg or arm. Cosmetic issues may also be a concern for the patient and their family. If there are problems with the arms, the goal is to improve the appearance and function of the arm. Treatment of leg problems try to correct the deformity that may cause arthritis as the child gets older. If the problem is leg length, where the legs are not "equal," the goal is equalization (making the legs the same length). Treatment may include the use of adaptive devices, prosthesis, orthotics or shoe lifts. If the problem is more severe and not treatable with these methods, then surgery may be necessary.
what happens if one leg is shorter than the other?
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.
Coping with Mortons Neuroma
Overview
This is a painful condition affecting a small nerve in the foot. It occurs when the five long bones that run the length of the foot get pushed together, pinching the nerve in between. This friction on the nerve causes it to thicken and inflame causing pain. The condition gets its name from an American surgeon, George Morton.
Causes
A Morton's Neuroma is not a true neuroma, which is a tumor that is generally benign. Rather, it is an enlargement of the nerve where it goes between the metatarsal bones of the foot. Because the nerve no longer fits between the gap, the pressure causes pain and sometimes numbness. This enlargement of the nerve is often an inflammation due to irritation. If the forefoot becomes compressed due to shoes that are too narrow, the nerve becomes damaged and inflamed. This inflammation means the nerve no longer fits in the space between the bones, creating further irritation and more inflammation. If this vicious circle can be broken, the problem may be resolved. However, in some situations the nerve can have fibrous tissues formed around it, which may require the destruction of the nerve or surgical removal.
Symptoms
The symptoms of Morton?s Neuroma tend to come and go over time. They are typically exacerbated by physical activity or by wearing certain shoes. Morton?s Neuroma symptoms include sharp pain in the ball of the foot, pain radiating to the tips of the toes, burning pain in the second, third, or fourth toes, numbness in the toes, sensation of a lump between the toes.
Diagnosis
You should visit a doctor or podiatrist (foot doctor) if you have pain or tingling that does not stop. Your health care provider will examine your feet and will apply pressure on the spaces between the bones of the toes to determine the location of the foot pain. The doctor may order X-rays to rule out other conditions associated with foot pain, such as a stress fracture or arthritis. X-rays alone will not show whether or not a neuroma is present, so an ultrasound scan or magnetic resonance imaging (MRI) test may be done to confirm the diagnosis. A diagnostic procedure called an electromyography is sometimes used to rule out nerve conditions that may cause symptoms like those of associated with Morton?s neuroma.
Non Surgical Treatment
The first step in treating Morton's Neuroma is to select proper footwear. Footwear with a high and wide toe box (toe area) is ideal for treating and relieving the pain. The next step in treatment is to use an orthotic designed with a metatarsal pad. This pad is located behind the ball-of-the-foot to unload pressure, and relieve the pain caused by the neuroma.
If problem persists, consult your foot doctor.
Surgical Treatment
Surgery for Morton's neuroma is usually a treatment of last resort. It may be recommended if you have severe pain in your foot or if non-surgical treatments haven't worked. Surgery is usually carried out under local anaesthetic, on an outpatient basis, which means you won't need to stay in hospital overnight. The operation can take up to 30 minutes. The surgeon will make a small incision, either on the top of your foot or on the sole. They may try to increase the space around the nerve (nerve decompression) by removing some of the surrounding tissue, or they may remove the nerve completely (nerve resection). If the nerve is removed, the area between your toes may be permanently numb. After the procedure you'll need to wear a special protective shoe until the affected area has healed sufficiently to wear normal footwear. It can take up to four weeks to make a full recovery. Most people (about 75%) who have surgery to treat Morton's neuroma have positive results and their painful symptoms are relieved.
Prevention
While Morton?s Neuroma has been an ongoing topic of clinical investigation, the condition is in some cases difficult to either treat or prevent. Experimental efforts involving the injection of muscle or bone with chemicals such as alcohol, as well as suturing, and covering affected areas with silicone caps have been attempted, with varying success.
This is a painful condition affecting a small nerve in the foot. It occurs when the five long bones that run the length of the foot get pushed together, pinching the nerve in between. This friction on the nerve causes it to thicken and inflame causing pain. The condition gets its name from an American surgeon, George Morton.Causes
A Morton's Neuroma is not a true neuroma, which is a tumor that is generally benign. Rather, it is an enlargement of the nerve where it goes between the metatarsal bones of the foot. Because the nerve no longer fits between the gap, the pressure causes pain and sometimes numbness. This enlargement of the nerve is often an inflammation due to irritation. If the forefoot becomes compressed due to shoes that are too narrow, the nerve becomes damaged and inflamed. This inflammation means the nerve no longer fits in the space between the bones, creating further irritation and more inflammation. If this vicious circle can be broken, the problem may be resolved. However, in some situations the nerve can have fibrous tissues formed around it, which may require the destruction of the nerve or surgical removal.
Symptoms
The symptoms of Morton?s Neuroma tend to come and go over time. They are typically exacerbated by physical activity or by wearing certain shoes. Morton?s Neuroma symptoms include sharp pain in the ball of the foot, pain radiating to the tips of the toes, burning pain in the second, third, or fourth toes, numbness in the toes, sensation of a lump between the toes.
Diagnosis
You should visit a doctor or podiatrist (foot doctor) if you have pain or tingling that does not stop. Your health care provider will examine your feet and will apply pressure on the spaces between the bones of the toes to determine the location of the foot pain. The doctor may order X-rays to rule out other conditions associated with foot pain, such as a stress fracture or arthritis. X-rays alone will not show whether or not a neuroma is present, so an ultrasound scan or magnetic resonance imaging (MRI) test may be done to confirm the diagnosis. A diagnostic procedure called an electromyography is sometimes used to rule out nerve conditions that may cause symptoms like those of associated with Morton?s neuroma.
Non Surgical Treatment
The first step in treating Morton's Neuroma is to select proper footwear. Footwear with a high and wide toe box (toe area) is ideal for treating and relieving the pain. The next step in treatment is to use an orthotic designed with a metatarsal pad. This pad is located behind the ball-of-the-foot to unload pressure, and relieve the pain caused by the neuroma.
If problem persists, consult your foot doctor.
Surgical Treatment
Surgery for Morton's neuroma is usually a treatment of last resort. It may be recommended if you have severe pain in your foot or if non-surgical treatments haven't worked. Surgery is usually carried out under local anaesthetic, on an outpatient basis, which means you won't need to stay in hospital overnight. The operation can take up to 30 minutes. The surgeon will make a small incision, either on the top of your foot or on the sole. They may try to increase the space around the nerve (nerve decompression) by removing some of the surrounding tissue, or they may remove the nerve completely (nerve resection). If the nerve is removed, the area between your toes may be permanently numb. After the procedure you'll need to wear a special protective shoe until the affected area has healed sufficiently to wear normal footwear. It can take up to four weeks to make a full recovery. Most people (about 75%) who have surgery to treat Morton's neuroma have positive results and their painful symptoms are relieved.
Prevention
While Morton?s Neuroma has been an ongoing topic of clinical investigation, the condition is in some cases difficult to either treat or prevent. Experimental efforts involving the injection of muscle or bone with chemicals such as alcohol, as well as suturing, and covering affected areas with silicone caps have been attempted, with varying success.
Podiatrists Prefer Shoe Lifts For Leg Length Difference
There are not one but two different kinds of leg length discrepancies, congenital and acquired. Congenital means that you are born with it. One leg is structurally shorter than the other. As a result of developmental stages of aging, the brain senses the step pattern and recognizes some variation. Your body typically adapts by dipping one shoulder to the "short" side. A difference of less than a quarter inch is not grossly excessive, require Shoe Lifts to compensate and mostly does not have a profound effect over a lifetime.
Leg length inequality goes largely undiscovered on a daily basis, however this problem is simply corrected, and can eradicate quite a few cases of chronic back pain.
Treatment for leg length inequality usually consists of Shoe Lifts. These are very inexpensive, normally costing under 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.
Chronic back pain is the most widespread ailment afflicting people today. Around 80 million people have problems with back pain at some stage in their life. It is a problem that costs businesses millions every year because of lost time and productivity. Fresh and superior treatment methods are continually sought after in the hope of decreasing the economic impact this condition causes.
People from all corners of the earth suffer from foot ache as a result of leg length discrepancy. In these types of cases Shoe Lifts can be of worthwhile. The lifts are capable of reducing any discomfort in the feet. Shoe Lifts are recommended by countless skilled orthopaedic doctors.
So that you can support the human body in a nicely balanced fashion, feet have got a significant job to play. Despite that, it is sometimes the most neglected area in the body. Some people have flat-feet meaning there may be unequal force exerted on the feet. This causes other body parts like knees, ankles and backs to be impacted too. Shoe Lifts guarantee that correct posture and balance are restored.
Leg length inequality goes largely undiscovered on a daily basis, however this problem is simply corrected, and can eradicate quite a few cases of chronic back pain.
Treatment for leg length inequality usually consists of Shoe Lifts. These are very inexpensive, normally costing under 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.
Chronic back pain is the most widespread ailment afflicting people today. Around 80 million people have problems with back pain at some stage in their life. It is a problem that costs businesses millions every year because of lost time and productivity. Fresh and superior treatment methods are continually sought after in the hope of decreasing the economic impact this condition causes.
People from all corners of the earth suffer from foot ache as a result of leg length discrepancy. In these types of cases Shoe Lifts can be of worthwhile. The lifts are capable of reducing any discomfort in the feet. Shoe Lifts are recommended by countless skilled orthopaedic doctors.
So that you can support the human body in a nicely balanced fashion, feet have got a significant job to play. Despite that, it is sometimes the most neglected area in the body. Some people have flat-feet meaning there may be unequal force exerted on the feet. This causes other body parts like knees, ankles and backs to be impacted too. Shoe Lifts guarantee that correct posture and balance are restored.
The Best Way To Spot Inferior Calcaneal Spur
Overview
The term heel spur generally refers more specifically to a heel spur, also known as a calcaneal spur. These calcium growths form around the tendons and ligaments of the foot and eventually become attached to the heel bone. The spurs then continue to grow, piercing the skin of the foot and causing pain and discomfort. When left untreated the spur can continue to grow causing agonizing pain and even immobilizing the patient.
Causes
The calcaneal spur is seen most often in persons over the age of 40. The condition can also be associated with osteoarthritis, rheumatoid arthritis, poor circulation of the blood and other degenerative diseases. Men and women are equally likely to have them.
Symptoms
Bone spurs may cause sudden, severe pain when putting weight on the affected foot. Individuals may try to walk on their toes or ball of the foot to avoid painful pressure on the heel spur. This compensation during walking or running can cause additional problems in the ankle, knee, hip, or back.
Diagnosis
A Diagnosis of Heel Spur Syndrome is a very common reason for having heel pain. Heel pain may be due to other types of conditions such as tendonitis, Haglund's Deformity, Stress Fracture, Tarsal Tunnel Syndrome, or low back problems. A more common condition in children is Sever's Disease. The diagnosis is usually made with a combination of x-ray examination and symptoms.
Non Surgical Treatment
Heel pain may be associated with a heel spur, however the heel pain is usually due to plantar fasciitis, rather than a heel spur, so treatment is usually directed at the plantar fasciitis itself. Treatment usually involves application of ice to reduce pain and inflammation, special stretching exercises, and pain-relieving or anti-inflammatory medicines. Night splints or orthotics may be recommended. It may help to avoid the activities that aggravate pain, such as long walks and running. Surgery is very rarely recommended and only after other measures fail.
Surgical Treatment
Though conservative treatments for heel spurs work most of the time, there are some cases where we need to take your treatment to the next level. Luckily, with today?s technologies, you can still often avoid surgery. Some of the advanced technologies to treat a Heel Spur are Platelet Rich Plasma Therapy. Platelet Rich Plasma Therapy (also known as PRP) is one of several regenerative medicine techniques that University Foot and Ankle Institute has helped bring to foot and ankle care. This amazing in-office procedure allows the growth factors in the blood to be used to actually begin the healing process again long after your body has given up on healing the area. Heel Pain Shockwave Therapy. Shockwave therapy is a non-invasive procedure done in the office that allows for new blood to get to the region of fascia damage and help with healing. Results have been excellent with more than 70 percent of patients getting relief with only one treatment. Topaz for Heal Spurs and pain. Another minimally invasive technology technique is called Coblation Surgery using a Topaz probe. This minimally invasive procedure involves controlled heating of multiple tiny needles that are inserted through the skin and into the plantar fascia. This process, like PRP and Shockwave therapy, irritates the fascia enough to turn a chronic problem back into an acute problem, greatly increasing the chances of healing. Heel Spur Surgery. Endoscopic Plantar Fasciotomy is one surgical procedure that we consider to release the tight fascia. University Foot and Ankle Institute has perfected an endoscopic (camera guided) approach for fascia release to allow rapid healing and limited downtime with minimal pain.
Prevention
To prevent this condition, wearing shoes with proper arches and support is very important. Proper stretching is always a necessity, especially when there is an increase in activities or a change in running technique. It is not recommended to attempt working through the pain, as this can change a mild case of heel spurs and plantar fascitis into a long lasting and painful episode of this condition.
Avoiding Posterior Calcaneal Spur
Overview
A calcaneal spur (or heel spur) is a small osteophyte (bone spur) located on the calcaneus (heel bone). Calcaneal spurs are typically detected by a radiological examination (X-ray). When a foot bone is exposed to constant stress, calcium deposits build up on the bottom of the heel bone. Generally, this has no effect on a person's daily life. However, repeated damage can cause these deposits to pile up on each other,causing a spur-shaped deformity, called a calcaneal (or heel) spur. Obese people, flatfooted people, and women who constantly wear high-heeled shoes are most susceptible to heel spurs. An inferior calcaneal spur is located on the inferior aspect of the calcaneus and is typically a response to plantar fasciitis over a period, but may also be associated with ankylosing spondylitis (typically in children). A posterior calcaneal spur develops on the back of the heel at the insertion of the Achilles tendon. An inferior calcaneal spur consists of a calcification of the calcaneus, which lies superior to the plantar fascia at the insertion of the plantar fascia. A posterior calcaneal spur is often large and palpable through the skin and may need to be removed as part of the treatment of insertional Achilles tendonitis. These are also generally visible to the naked eye.
Causes
Heel spurs are exacerbated by an movements that stretch, twist or impact the plantar ligaments. Running, jumping, standing or walking on hard surfaces with unsupportive shoes, walking barefoot in sand are all activities that can activate heel spurs and plantar fasciitis. Obesity is another factor that increases stress to the plantar ligaments.
Symptoms
Heel spurs may or may not cause symptoms. Symptoms are usually related to the plantar fasciitis. You may experience significant pain. Your heel pain may be worse in the morning when you first wake up or during certain activities.
Diagnosis
Because the diagnosis of heel spurs can be confused with tarsal tunnel syndrome (as described earlier), most surgeons advocate performing a tarsal tunnel release (or at least a partial tarsal tunnel release) along with the plantar fascia release. This surgery is about 80percent successful in relieving pain in the small group of patients who do not improve with conservative treatments.
Non Surgical Treatment
Treatment of heel spurs is the same as treatment of plantar fasciitis. Because these problems are related, the treatment is the same. The first step in the treatment of a heel spur is short-term rest and inflammation control. Here are the steps patients should take in order to cure the symptoms of plantar fasciitis and heel spurs. Avoiding the activity that caused the symptoms is the first step in treatment. For example, take a few day off jogging or prolonged standing/walking. Just resting usually helps to eliminate the most severe pain, and will allow the inflammation to begin to cool down. Icing will help to diminish some of the symptoms and control the heel pain. Icing is especially helpful after a sudden flare up of symptoms. Exercises and stretches are designed to relax the tissues that surround the heel bone. Some simple exercises, performed in the morning and evening, often help patients feel better quickly. Many patients will work with a physical therapist, or you can try some simple activities on your own. If you need some help, meet with a therapist for a few sessions to learn a program you can continue on your own.
Surgical Treatment
Though conservative treatments for heel spurs work most of the time, there are some cases where we need to take your treatment to the next level. Luckily, with today?s technologies, you can still often avoid surgery. Some of the advanced technologies to treat a Heel Spur are Platelet Rich Plasma Therapy. Platelet Rich Plasma Therapy (also known as PRP) is one of several regenerative medicine techniques that University Foot and Ankle Institute has helped bring to foot and ankle care. This amazing in-office procedure allows the growth factors in the blood to be used to actually begin the healing process again long after your body has given up on healing the area. Heel Pain Shockwave Therapy. Shockwave therapy is a non-invasive procedure done in the office that allows for new blood to get to the region of fascia damage and help with healing. Results have been excellent with more than 70 percent of patients getting relief with only one treatment. Topaz for Heal Spurs and pain. Another minimally invasive technology technique is called Coblation Surgery using a Topaz probe. This minimally invasive procedure involves controlled heating of multiple tiny needles that are inserted through the skin and into the plantar fascia. This process, like PRP and Shockwave therapy, irritates the fascia enough to turn a chronic problem back into an acute problem, greatly increasing the chances of healing. Heel Spur Surgery. Endoscopic Plantar Fasciotomy is one surgical procedure that we consider to release the tight fascia. University Foot and Ankle Institute has perfected an endoscopic (camera guided) approach for fascia release to allow rapid healing and limited downtime with minimal pain.
