Bursa Foot Signs And Symptoms
Overview
Retrocalcaneal bursitis is an inflammation of the bursa at the back of the heel bone (calcaneus). This causes pain with up-and-down movements of the foot. Alternative name is Insertional heel pain.
Causes
The retrocalcaneal bursa can become inflamed as the result of another condition, such as damage to the Achilles tendon, osteoarthritis, rheumatoid arthritis, gout, and pseudogout. In these instances, the treatment for bursitis must accompany treatment for the underlying condition. Septic retrocalcaneal bursitis, which is caused by an infection, is uncommon. Infection can reach the bursa through a cut, puncture, a blister, or even an insect bite. It is possible to have septic bursitis without an obvious opening. In these cases the superficial wound may have healed quickly, but still allowed bacteria into the bursa.
Symptoms
Unlike Achilles tendinitis, which tends to manifest itself slightly higher on the lower leg, Achilles tendon bursitis usually creates pain and irritation at the back of the heel. Possible signs of bursitis of the Achilles tendon include difficulty to rise on toes. Standing on your toes or wearing high heels may increase the heel pain. Inflammation and tenderness. The skin around your heel can become swollen and warm to the touch. Redness may be visible. Pain in the heel. Pain tends to become more prominent when walking, running, or touching the inflamed area. Stiffness. The back of your ankle may feel a little stiff due to the swelling of the bursa.
Diagnosis
In addition to a complete medical history and physical examination, diagnostic procedures for bursitis may include the following. X-ray. A diagnostic test that uses invisible electromagnetic energy beams to produce images of internal tissues, bones, and organs onto film. Magnetic resonance imaging (MRI). A diagnostic procedure that uses a combination of large magnets, radiofrequencies, and a computer to produce detailed images of organs and structures within the body. Ultrasound. A diagnostic technique that uses high-frequency sound waves to create an image of the internal organs. Aspiration. A procedure that involves removal of fluid from the swollen bursa to exclude infection or gout as causes of bursitis. Blood tests. Lab tests that are done to confirm or eliminate other conditions.
Non Surgical Treatment
Caregivers may give you special shoe inserts with a cutout around the tender area. You may also be told to wear shoes with a reinforced heel counter. This will give better heel control. You may need other shoe inserts (wedges) to raise your heel so it does not press against the back of the shoe. You may also wear shoes that are open in the back, such as sandals that have no strap across the heel. You may use ibuprofen (eye-bu-PROH-fen) and acetaminophen (a-seet-a-MIN-oh-fen) medicine for your pain. These may be bought over-the-counter at drug or grocery stores. Do not take ibuprofen if you are allergic to aspirin. You may be given shots of medicine called steroids (STER-oids) to decrease inflammation. Caregivers may add local anesthesia (an-es-THEE-zah) to the steroids. This medicine helps decrease bursitis pain. Because these shots decrease swelling and pain, you may feel like your ankle is healed and that you can return to heavy exercise. It is important to not exercise until your caregiver says it is OK. You could make the bursitis worse if you exercise too soon. You may need surgery to remove the bursa or part of your ankle bone. Surgery is usually not necessary unless the bursitis is very bad and does not heal with other treatments. Your caregiver may want you to go to physical (FIZ-i-kal) therapy (THER-ah-pee). Physical therapists may use ultrasound to increase blood flow to the injured area. Caregivers may use massage to stretch the tissue and bring heat to the injury to increase blood flow. These and other treatments may help the bursitis heal faster. Exercises to stretch your Achilles tendon and make it stronger will be started after the bursitis has healed. You may gradually increase the amount of weight you put on your foot when caregivers say it is OK. You may be told to stop exercising if you feel any pain.
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.
Retrocalcaneal bursitis is an inflammation of the bursa at the back of the heel bone (calcaneus). This causes pain with up-and-down movements of the foot. Alternative name is Insertional heel pain.
Causes
The retrocalcaneal bursa can become inflamed as the result of another condition, such as damage to the Achilles tendon, osteoarthritis, rheumatoid arthritis, gout, and pseudogout. In these instances, the treatment for bursitis must accompany treatment for the underlying condition. Septic retrocalcaneal bursitis, which is caused by an infection, is uncommon. Infection can reach the bursa through a cut, puncture, a blister, or even an insect bite. It is possible to have septic bursitis without an obvious opening. In these cases the superficial wound may have healed quickly, but still allowed bacteria into the bursa.
Symptoms
Unlike Achilles tendinitis, which tends to manifest itself slightly higher on the lower leg, Achilles tendon bursitis usually creates pain and irritation at the back of the heel. Possible signs of bursitis of the Achilles tendon include difficulty to rise on toes. Standing on your toes or wearing high heels may increase the heel pain. Inflammation and tenderness. The skin around your heel can become swollen and warm to the touch. Redness may be visible. Pain in the heel. Pain tends to become more prominent when walking, running, or touching the inflamed area. Stiffness. The back of your ankle may feel a little stiff due to the swelling of the bursa.
Diagnosis
In addition to a complete medical history and physical examination, diagnostic procedures for bursitis may include the following. X-ray. A diagnostic test that uses invisible electromagnetic energy beams to produce images of internal tissues, bones, and organs onto film. Magnetic resonance imaging (MRI). A diagnostic procedure that uses a combination of large magnets, radiofrequencies, and a computer to produce detailed images of organs and structures within the body. Ultrasound. A diagnostic technique that uses high-frequency sound waves to create an image of the internal organs. Aspiration. A procedure that involves removal of fluid from the swollen bursa to exclude infection or gout as causes of bursitis. Blood tests. Lab tests that are done to confirm or eliminate other conditions.
Non Surgical Treatment
Caregivers may give you special shoe inserts with a cutout around the tender area. You may also be told to wear shoes with a reinforced heel counter. This will give better heel control. You may need other shoe inserts (wedges) to raise your heel so it does not press against the back of the shoe. You may also wear shoes that are open in the back, such as sandals that have no strap across the heel. You may use ibuprofen (eye-bu-PROH-fen) and acetaminophen (a-seet-a-MIN-oh-fen) medicine for your pain. These may be bought over-the-counter at drug or grocery stores. Do not take ibuprofen if you are allergic to aspirin. You may be given shots of medicine called steroids (STER-oids) to decrease inflammation. Caregivers may add local anesthesia (an-es-THEE-zah) to the steroids. This medicine helps decrease bursitis pain. Because these shots decrease swelling and pain, you may feel like your ankle is healed and that you can return to heavy exercise. It is important to not exercise until your caregiver says it is OK. You could make the bursitis worse if you exercise too soon. You may need surgery to remove the bursa or part of your ankle bone. Surgery is usually not necessary unless the bursitis is very bad and does not heal with other treatments. Your caregiver may want you to go to physical (FIZ-i-kal) therapy (THER-ah-pee). Physical therapists may use ultrasound to increase blood flow to the injured area. Caregivers may use massage to stretch the tissue and bring heat to the injury to increase blood flow. These and other treatments may help the bursitis heal faster. Exercises to stretch your Achilles tendon and make it stronger will be started after the bursitis has healed. You may gradually increase the amount of weight you put on your foot when caregivers say it is OK. You may be told to stop exercising if you feel any pain.
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.
Hammer Toe Causes Pain
Overview
hammertoes and mallet toe are two foot deformities that occur most often in women who wear high heels or shoes with a narrow toe box. These types of footwear may force your toes against the front of the shoe, causing an unnatural bending. A hammertoe has an abnormal bend in the middle joint of a toe. Mallet toe affects the joint nearest the toenail. Hammertoe and mallet toe are most likely to occur in the toe next to your big toe. Relieving the pain and pressure of hammertoe and mallet toe may involve changing your footwear and wearing shoe inserts. If you have a more severe case of hammertoe or mallet toe, you may need surgery to experience relief.
Causes
While ill-fitting shoes may contribute to a hammertoe, shoes don't actually cause it, Hammertoes occur by the pull and stretch of the tendon. One tendon gets a more mechanical advantage over the other and allows the deformity to occur. Not surprisingly, wearing shoes that are too tight can make a hammertoe worse. If you're fond of narrow, pointy-toed shoes or high-heeled pumps, keep in mind you're squeezing those toes and tendons, which may aggravate hammertoes.
Symptoms
A hammertoe may be present but not always painful unless irritated by shoes. One may have enlarged toe joints with some thickened skin and no redness or swelling. However, if shoes create pressure on the joint, the pain will usually range from pinching and squeezing to sharp and burning. In long standing conditions, the dislocated joints can cause the pain of arthritis.
Diagnosis
The earlier a hammertoe is diagnosed, the better the prognosis and treatment options. Your doctor will be able to diagnose your hammertoe with a simple examination of the foot and your footwear. He or she may take an x-ray to check the severity of the condition. You may also be asked about your symptoms, your normal daily activities, and your medical and family history.
Non Surgical Treatment
Wear sensible shoes. If you don?t want to have surgery to fix your hammertoe, use non-medicated padding along with proper shoes made with a wider and deeper toe box to accommodate your foot?s shape. Ensuring your shoes have a good arch support hammertoe can slow the progression of the condition as well. Use a pumice stone. The corn or callus that forms on top of the hammertoe can cause discomfort when you wear shoes. Treat the corn by using a file or pumice stone to reduce its size after a warm bath, then apply emollients to keep the area softened and pliable. Use silicone or moleskin padding on top of the area when wearing shoes. Do foot exercises. Theoretically, exercises like extending, then curling the toes, splaying the toes, and moving the toes individually may help prevent the digital contracture that causes hammertoe. Try these suggestions and see what works best for you.
Surgical Treatment
Laser surgery is popular for cosmetic procedures, however, for hammer toe surgery it does not offer any advantage to traditional methods. Laser is useful for soft tissues (not bone), and because hammer toe surgery involves bone procedures, it is not effective. For cosmetic hammer toe surgery, patients should look for surgeons experienced in aesthetic foot surgery.
Overpronation Of The Foot
Overview
If the inner side of your shoes are especially worn, you could be overpronating. Excessive inward roll of the foot after landing, such that the foot continues to roll when it should be pushing off. This twists the foot, shin and knee and can cause pain in all those areas. If you are an overpronator, you'll find excessive wear on the inner side of your shoes, and they'll tilt inward if you place them on a flat surface. Knock knees or flat feet contribute to overpronation.
Causes
There are many biomechanical issues that can contribute to excessive pronation, including weak foot intrinsic muscles, limited ankle dorsiflexion mobility and calf flexibility, weak ankle invertor muscles (e.g. posterior tibialis), weak forefoot evertor muscles (peroneus longus), poor hip strength and control, Anterior pelvic tilting, heel InversionIn a person who overpronates, the heel bone goes into an everted position meaning that it turns out away from the midline of the body. The opposite motion of eversion is inversion. Inversion is a motion that needs to be controlled to prevent the foot from excessively pronating.
Symptoms
It is important to note that pronation is not wrong or bad for you. In fact, our feet need to pronate and supinate to achieve proper gait. Pronation (rolling inwards) absorbs shock and supination (rolling outwards) propels our feet forward. It is our body?s natural shock-absorbing mechanism. The problem is over-pronation i.e. the pronation movement goes too deep and lasts for too long, which hinders the foot from recovering and supinating. With every step, excess pronation impedes your natural walking pattern, causing an imbalance in the body and consequent excessive wear and tear in joints, muscles and ligaments. Some common complaints associated with over-pronation include Heel Pain (Plantar Fasciitis) ,Ball of foot pain, Achilles Tendonitis, Shin splints, Knee Pain, Lower Back Pain.
Diagnosis
So, how can you tell if you have overpronation, or abnormal motion in your feet, and what plantar fasciitis treatment will work to correct it? Look at your feet. While standing, do you clearly see the arch on the inside of your foot? If not, and if the innermost part of your sole touches the floor, then your feet are overpronated. Look at your (running/walking) shoes. If your shoes are more worn on the inside of the sole in particular, then pronation may be a problem for you. Use the wet foot test. Wet your feet and walk along a section of pavement, then look at the footprints you leave behind. A normal foot will leave a print of the heel connected to the forefoot by a strip approximately half the width of the foot on the outside of the sole. If you?re feet are pronated there may be little distinction between the rear and forefoot.
Non Surgical Treatment
No matter what the cause in your case, over pronation can be remedied in several ways. Those who are overweight should consider permanently losing weight to naturally alleviate pressure on the ligaments and heel of the foot. Also, you should consult a podiatrist to examine your posture and movement habits. You may be reinjuring yourself due to poor alignment without even knowing it. If you also have lower back problems, this could be a sign of over pronation as a result of misalignment.
Surgical Treatment
The MBA implant is small titanium device that is inserted surgically into a small opening between the bones in the hind-mid foot: the talus (ankle bone) and the calcaneus (heel bone). The implant was developed to help restore the arch by acting as a mechanical block that prevents the foot from rolling-in (pronation). In the medical literature, the success rate for relief of pain is about 65-70%. Unfortunately, about 40% of people require surgical removal of the implant due to pain.
If the inner side of your shoes are especially worn, you could be overpronating. Excessive inward roll of the foot after landing, such that the foot continues to roll when it should be pushing off. This twists the foot, shin and knee and can cause pain in all those areas. If you are an overpronator, you'll find excessive wear on the inner side of your shoes, and they'll tilt inward if you place them on a flat surface. Knock knees or flat feet contribute to overpronation.
Causes
There are many biomechanical issues that can contribute to excessive pronation, including weak foot intrinsic muscles, limited ankle dorsiflexion mobility and calf flexibility, weak ankle invertor muscles (e.g. posterior tibialis), weak forefoot evertor muscles (peroneus longus), poor hip strength and control, Anterior pelvic tilting, heel InversionIn a person who overpronates, the heel bone goes into an everted position meaning that it turns out away from the midline of the body. The opposite motion of eversion is inversion. Inversion is a motion that needs to be controlled to prevent the foot from excessively pronating.
Symptoms
It is important to note that pronation is not wrong or bad for you. In fact, our feet need to pronate and supinate to achieve proper gait. Pronation (rolling inwards) absorbs shock and supination (rolling outwards) propels our feet forward. It is our body?s natural shock-absorbing mechanism. The problem is over-pronation i.e. the pronation movement goes too deep and lasts for too long, which hinders the foot from recovering and supinating. With every step, excess pronation impedes your natural walking pattern, causing an imbalance in the body and consequent excessive wear and tear in joints, muscles and ligaments. Some common complaints associated with over-pronation include Heel Pain (Plantar Fasciitis) ,Ball of foot pain, Achilles Tendonitis, Shin splints, Knee Pain, Lower Back Pain.
Diagnosis
So, how can you tell if you have overpronation, or abnormal motion in your feet, and what plantar fasciitis treatment will work to correct it? Look at your feet. While standing, do you clearly see the arch on the inside of your foot? If not, and if the innermost part of your sole touches the floor, then your feet are overpronated. Look at your (running/walking) shoes. If your shoes are more worn on the inside of the sole in particular, then pronation may be a problem for you. Use the wet foot test. Wet your feet and walk along a section of pavement, then look at the footprints you leave behind. A normal foot will leave a print of the heel connected to the forefoot by a strip approximately half the width of the foot on the outside of the sole. If you?re feet are pronated there may be little distinction between the rear and forefoot.
Non Surgical Treatment
No matter what the cause in your case, over pronation can be remedied in several ways. Those who are overweight should consider permanently losing weight to naturally alleviate pressure on the ligaments and heel of the foot. Also, you should consult a podiatrist to examine your posture and movement habits. You may be reinjuring yourself due to poor alignment without even knowing it. If you also have lower back problems, this could be a sign of over pronation as a result of misalignment.
Surgical Treatment
The MBA implant is small titanium device that is inserted surgically into a small opening between the bones in the hind-mid foot: the talus (ankle bone) and the calcaneus (heel bone). The implant was developed to help restore the arch by acting as a mechanical block that prevents the foot from rolling-in (pronation). In the medical literature, the success rate for relief of pain is about 65-70%. Unfortunately, about 40% of people require surgical removal of the implant due to pain.
Severs Disease In Youngsters
Overview
Severs disease (calcaneal apophysitis) is a self-limiting condition seen in physically active children. Although there is controversy about the radiographic appearance, some reports propose the importance of fragmentation of the secondary nucleus in the diagnosis of Severs disease. We studied secondary nucleus of the calcaneus with ultrasonography. Twenty-one symptomatic heels of 14 children were examined. All these heels showed fragmentation of the secondary nucleus on both conventional radiograph and sonography. Ultrasonographic examination also showed 2 retrocalcaneal bursitis. Our initial data showed that sonography may be valuable in the diagnosis of Severs disease.
Causes
Sever's Disease typically affects boys and girls between 8-15 years of age. Risk factors include. Athletic activity that involves heel contact with hard surfaces, as in gymnastics, track, soccer, basketball, ice skating, ballet and aerobics. The wearing of ill-fitting shoes. Well-made shoes that fit properly are a must for every child. Prolonged periods of standing. If a child complains of heel pain after choir practice, doing dishes, standing in lines or other activities that put pressure on the heel bones, pay attention.
Symptoms
Typically, the sports injury occurs where the achilles tendon attaches to the bone. The epiphyseal growth plate is located at the end of a developing bone where cartilage turns into bone cells. As the growth center expands and unites, this area may become inflamed, causing severe pain when both sides of the heel are compressed. There is typically no swelling and no warmth, so it?s not always an easy condition to spot. The child usually has trouble walking, stiffness upon waking, and pain with activity that subsides during periods of rest.
Diagnosis
A physical exam of the heel will show tenderness over the back of the heel but not in the Achilles tendon or plantar fascia. There may be tightness in the calf muscle, which contributes to tension on the heel. The tendons in the heel get stretched more in patients with flat feet. There is greater impact force on the heels of athletes with a high-arched, rigid foot. The doctor may order an x-ray because x-rays can confirm how mature the growth center is and if there are other sources of heel pain, such as a stress fracture or bone cyst. However, x-rays are not necessary to diagnose Sever?s disease, and it is not possible to make the diagnosis based on the x-ray alone.
Non Surgical Treatment
Ice the heel(s) well after exercise (until the area is cold and numb!) Stretch hamstring and calf muscles 2-3 times daily (exercises below) REST when pain becomes persistent or moderate (even if it means skipping games or practices.) Anti-inflammatory medication such as ibuprofen. If symptoms persist, your child may need to see a physical therapist for additional exercises, and/or an orthopedist for othotics or temporary casting/crutches if pain is severe. Sever?s disease is self-recovering, meaning that it will go away on its own when the heels are rested or when the bone is through growing. The condition is not expected to create any long-term disability, and expected to subside in 2-8 weeks. However, pain can recur, for example at the start of a new sports season, several times if it is not taken care of.
Exercise
The following exercises are commonly prescribed to patients with Severs disease. You should discuss the suitability of these exercises with your physiotherapist prior to beginning them. Generally, they should be performed 1 - 3 times daily and only provided they do not cause or increase symptoms. Your physiotherapist can advise when it is appropriate to begin the initial exercises and eventually progress to the intermediate, advanced and other exercises. As a general rule, addition of exercises or progression to more advanced exercises should take place provided there is no increase in symptoms. Calf Stretch with Towel. Begin this stretch in long sitting with your leg to be stretched in front of you. Your knee and back should be straight and a towel or rigid band placed around your foot as demonstrated. Using your foot, ankle and the towel, bring your toes towards your head as far as you can go without pain and provided you feel no more than a mild to moderate stretch in the back of your calf, Achilles tendon or leg. Hold for 5 seconds and repeat 10 times at a mild to moderate stretch provided the exercise is pain free. Calf Stretch with Towel. Begin this exercise with a resistance band around your foot and your foot and ankle held up towards your head. Slowly move your foot and ankle down against the resistance band as far as possible and comfortable without pain, tightening your calf muscle. Very slowly return back to the starting position. Repeat 10 - 20 times provided the exercise is pain free. Once you can perform 20 repetitions consistently without pain, the exercise can be progressed by gradually increasing the resistance of the band provided there is no increase in symptoms. Bridging. Begin this exercise lying on your back in the position demonstrated. Slowly lift your bottom pushing through your feet, until your knees, hips and shoulders are in a straight line. Tighten your bottom muscles (gluteals) as you do this. Hold for 2 seconds then slowly lower your bottom back down. Repeat 10 times provided the exercise is pain free.
Severs disease (calcaneal apophysitis) is a self-limiting condition seen in physically active children. Although there is controversy about the radiographic appearance, some reports propose the importance of fragmentation of the secondary nucleus in the diagnosis of Severs disease. We studied secondary nucleus of the calcaneus with ultrasonography. Twenty-one symptomatic heels of 14 children were examined. All these heels showed fragmentation of the secondary nucleus on both conventional radiograph and sonography. Ultrasonographic examination also showed 2 retrocalcaneal bursitis. Our initial data showed that sonography may be valuable in the diagnosis of Severs disease.
Causes
Sever's Disease typically affects boys and girls between 8-15 years of age. Risk factors include. Athletic activity that involves heel contact with hard surfaces, as in gymnastics, track, soccer, basketball, ice skating, ballet and aerobics. The wearing of ill-fitting shoes. Well-made shoes that fit properly are a must for every child. Prolonged periods of standing. If a child complains of heel pain after choir practice, doing dishes, standing in lines or other activities that put pressure on the heel bones, pay attention.
Symptoms
Typically, the sports injury occurs where the achilles tendon attaches to the bone. The epiphyseal growth plate is located at the end of a developing bone where cartilage turns into bone cells. As the growth center expands and unites, this area may become inflamed, causing severe pain when both sides of the heel are compressed. There is typically no swelling and no warmth, so it?s not always an easy condition to spot. The child usually has trouble walking, stiffness upon waking, and pain with activity that subsides during periods of rest.
Diagnosis
A physical exam of the heel will show tenderness over the back of the heel but not in the Achilles tendon or plantar fascia. There may be tightness in the calf muscle, which contributes to tension on the heel. The tendons in the heel get stretched more in patients with flat feet. There is greater impact force on the heels of athletes with a high-arched, rigid foot. The doctor may order an x-ray because x-rays can confirm how mature the growth center is and if there are other sources of heel pain, such as a stress fracture or bone cyst. However, x-rays are not necessary to diagnose Sever?s disease, and it is not possible to make the diagnosis based on the x-ray alone.
Non Surgical Treatment
Ice the heel(s) well after exercise (until the area is cold and numb!) Stretch hamstring and calf muscles 2-3 times daily (exercises below) REST when pain becomes persistent or moderate (even if it means skipping games or practices.) Anti-inflammatory medication such as ibuprofen. If symptoms persist, your child may need to see a physical therapist for additional exercises, and/or an orthopedist for othotics or temporary casting/crutches if pain is severe. Sever?s disease is self-recovering, meaning that it will go away on its own when the heels are rested or when the bone is through growing. The condition is not expected to create any long-term disability, and expected to subside in 2-8 weeks. However, pain can recur, for example at the start of a new sports season, several times if it is not taken care of.
Exercise
The following exercises are commonly prescribed to patients with Severs disease. You should discuss the suitability of these exercises with your physiotherapist prior to beginning them. Generally, they should be performed 1 - 3 times daily and only provided they do not cause or increase symptoms. Your physiotherapist can advise when it is appropriate to begin the initial exercises and eventually progress to the intermediate, advanced and other exercises. As a general rule, addition of exercises or progression to more advanced exercises should take place provided there is no increase in symptoms. Calf Stretch with Towel. Begin this stretch in long sitting with your leg to be stretched in front of you. Your knee and back should be straight and a towel or rigid band placed around your foot as demonstrated. Using your foot, ankle and the towel, bring your toes towards your head as far as you can go without pain and provided you feel no more than a mild to moderate stretch in the back of your calf, Achilles tendon or leg. Hold for 5 seconds and repeat 10 times at a mild to moderate stretch provided the exercise is pain free. Calf Stretch with Towel. Begin this exercise with a resistance band around your foot and your foot and ankle held up towards your head. Slowly move your foot and ankle down against the resistance band as far as possible and comfortable without pain, tightening your calf muscle. Very slowly return back to the starting position. Repeat 10 - 20 times provided the exercise is pain free. Once you can perform 20 repetitions consistently without pain, the exercise can be progressed by gradually increasing the resistance of the band provided there is no increase in symptoms. Bridging. Begin this exercise lying on your back in the position demonstrated. Slowly lift your bottom pushing through your feet, until your knees, hips and shoulders are in a straight line. Tighten your bottom muscles (gluteals) as you do this. Hold for 2 seconds then slowly lower your bottom back down. Repeat 10 times provided the exercise is pain free.
Achilles Tendon Rupture How Would I Know I Have Got One?
Overview
When the Achilles tendon ruptures. it gets completely torn by a sudden movement of the ankle/leg. It usually occurs in a tendon that is worn out and has weakened over time and then suddenly tears when there is enough force. It typically occurs during recreational sports that involve running, jumping, and pivoting, such as basketball, soccer or racquet sports. It is most often seen in men in their 30s and 40s. Some medications and medical problems can predispose to having an Achilles rupture.
Causes
Inflammation/strain of the tendon is usually caused by overuse, for example, frequent jumping in volleyball, netball or basketball. It is often also caused by a sudden increase in certain types of training, such as hill sprinting or track running, particularly when running in spikes. Tendinopathy can also be associated with ageing. Our ability to regenerate damaged tissue decreases as we age and the quality of the tendon deteriorates. However, the better news is that sensible training can actually strengthen all our soft tissue (tendons, ligaments and muscle). Tightness in the calf muscles will demand greater flexibility of the tendon, which inevitably results in overuse and injury. Biomechanically, the tightness can reduce the range of dorsiflexion (toe up position) in the ankle, which increases the amount and duration of pronation. This problem is known as overpronation.* This reduces the ability of the foot to become a rigid lever at push off and places more lateral and linear forces through the tendon. This imbalance can translate into altered rotation of the tibia (shin bone) at the knee joint and, in turn, produce compensatory rotation at the hip joint with subsequent injuries to the shin, knee and hip. Pronation is part of the natural movement of the subtalar joint in the foot. It allows ?eversion? (turning the sole outwards), dorsiflexion and abduction (pointing the toes out to the side). Pronation is a normal part of the gait cycle, when walking and running, and it helps to provide shock absorption in the foot. When pronation is excessive, the foot has a tendency to roll inward more than normally acceptable. One sign of overpronation is greater wear on the inside of your running shoes than on the midsole. Lack of stability around the ankle joint can also be a contributory factor, as recurrent ankle sprains appear to be associated with a high incidence of Achilles tendonopathy. Wearing shoes that don?t fit or support the foot properly can be a major contributing cause of Achilles tendon injury.
Symptoms
Although it's possible to have no signs or symptoms with an Achilles tendon rupture, most people experience pain, possibly severe, and swelling near your heel. An inability to bend your foot downward or "push off" the injured leg when you walk. An inability to stand up on your toes on the injured leg. A popping or snapping sound when the injury occurs. Seek medical advice immediately if you feel a pop or snap in your heel, especially if you can't walk properly afterward.
Diagnosis
Some patients mistakenly believe the tendon is working if they can push the foot down, however, patients will usually be able to move the foot up and down while sitting because the other surrounding muscles and tendons are still intact. Trying to push up while standing and applying body weight to the foot will reveal the true weakness. Sensation and circulation to the foot and ankle will be normal. In addition, x-rays will be normal unless the Achilles injury involves pulling off (avulsion) of the bone on the calcaneus (heel bone). This is quite rare, occurring in only a small fraction of patients with Achilles injuries. Patients suffering this type of Achilles avulsion injury tend to be older with weaker bone. Imaging Studies. Plain x-rays will be negative in patients who have suffered an Achilles tendon rupture. The rupture can be seen on ultrasound or MRI. However, these studies are not indicated for acute ruptures unless there is some uncertainty about the diagnosis. For chronic problems of the Achilles or ruptures that are old, an MRI may be very helpful.
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
The goal of surgery is to realign the two ends of the ruptured tendon to allow healing. There are multiple techniques to accomplish this goal that will vary from surgeon to surgeon. Recovery from this injury is usually very successful with return to full function in approximately 6 months. Post operatively casting is required with the use of crutches or other means to remain non-weightbearing for 4-8 weeks. This is followed by a course of physical therapy. Partial rupture may or may not require surgical intervention depending on the extent of injury but cast immobilization is a common requirement.
Tibialis Posterior Tendon Dysfunction Surgery
Overview
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. 
Causes
There are a number of theories as to why the tendon becomes inflamed and stops working. It may be related to the poor blood supply within the tendon. Increasing age, inflammatory arthritis, diabetes and obesity have been found to be causes.
Symptoms
The first stage represents inflammation and symptoms originating from an irritated posterior tibial tendon, which is still functional. Stage two is characterized by a change in the alignment of the foot noted on observation while standing (see above photos). The deformity is supple meaning the foot is freely movable and a ?normal? position can be restored by the examiner. Stage two is also associated with the inability to perform a single-leg heel rise. The third stage is dysfunction of the posterior tibial tendon is a flatfoot deformity that becomes stiff because of arthritis. Prolonged deformity causes irritation to the involved joints resulting in arthritis. The fourth phase is a flatfoot deformity either supple (stage two) or stiff (stage 3) with involvement of the ankle joint. This occurs when the deltoid ligament, the major supporting structure on the inside of the ankle, fails to provide support. The ankle becomes unstable and will demonstrate a tilted appearance on X-ray. Failure of the deltoid ligament results from an inward displacement of the weight bearing forces. When prolonged, this change can lead to ankle arthritis. The vast majority of patients with acquired adult flatfoot deformity are stage 2 by the time they seek treatment from a physician.
Diagnosis
Examination by your foot and ankle specialist can confirm the diagnosis for most patients. An ultrasound exam performed in the office setting can evaluate the status of the posterior tibial tendon, the tendon which is primarily responsible for supporting the arch structure of the foot.
Non surgical Treatment
Orthoses (insoles, functional orthoses, ankle supports, braces, ankle foot orthoses (AFOs)) - are usually custom-made to increase the functional stability of the foot and improve the mechanical properties of the tendon as well as reducing the actual degree of strain on the tendon. This reduces pain and inflammation. Physiotherapy - exercises and physiotherapy are often used to increase mobility, strengthen the tendon itself, stretch your Achilles tendon as well as reduce pain. Once the tendon has been stretched (stage one), the heel starts rolling outwards. Total immobilisation in a cast may help the symptoms to subside and prevent progression of the deformity in a smaller percentage of patients. Long-term use of orthoses may help stop progression of the deformity and reduce pain without surgery. Non-surgical treatment is unlikely to prevent progression to stage three and four but may be chosen by some patients who either are unsuitable for surgery or prefer not to have surgery. 
Surgical Treatment
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.
