Exercise for Your Feet
Whether your feet are over-worked or under-worked, chances are they could benefit from some special attention. Even those who exercise regularly probably do not spend any time strengthening their feet. This can be just as rewarding as strengthening the rest of the body, since the health of your feet affects the health of the rest of the body as well, especially the ankles, legs, and spine.
For those who might not have any idea on how a foot-specific exercise might be conducted, there are several workouts that are fairly easy to perform in the comfort of ones’ home. One of the easiest is the toe rise, also known as the tip-toe. This exercise involves standing on the tip-toes for a count of 15 then resting the feet on the ground. This process should be repeated a minimum of three times a day in order to strengthen the feet.
Toe pick-ups strengthen the feet by working them in a very different way. In this exercise, small items are picked up using the toes in order to strengthen the muscles on the upper part of the feet. Once again three sets should be performed, with the item in question being held for 15 seconds then dropped. Items that may be picked up using the feet include marbles and even stationery, which works wonders for the toes and the surrounding muscles.
Yet another simple workout is the ankle pump. This can be done either upwards or downwards, but for the workout to be most effective both can be incorporated into the routine. As the term suggests, this involves lifting the foot off the floor and flexing the toes either towards the shin or towards the ground. This movement puts the feet and ankles through a large range of motion which works muscles.
Last but not least, feet should be stretched so that the muscles can relax and recuperate. This can be done by placing both feet of the floor and bracing oneself against the wall at a 45 degree angle. This ensures that the feet and ankles are adequately stretched once the workout is complete.
In short, giving the feet a good workout every now and then is important in order to avoid problems such as plantar fasciitis, as well as to warm-up or cool-down after running or vigorous walking. Foot exercises may be followed by a good foot massage which encourages circulation in the feet as well as muscle relaxation.
Athlete's Foot: The Sole Story
Do you suffer from itching, burning, dry, and flaking feet? It could be athlete's foot. Athlete's foot, also known as tinea pedis, can be extremely contagious, often infecting shower floors, gyms, socks and shoes, and anywhere else feet might contact. It's commonly found in public changing areas and bathrooms, dormitory style living quarters, around locker rooms and public swimming pools. "Commons" areas in prisons and residential care facilities are frequently caught feeding the fungus as well. One step in the wrong direction can be enough to start the fire that can be tremendously difficult to treat.
Athlete's foot is most often caused by the same fungus that causes ringworm (tinea). It can be spread by direct contact with an infected body part, contaminated clothing, or by coming in contact with other objects or body parts that have been exposed to the fungus. Although the feet are more frequently assumed to get athlete's foot, tinea can invade other parts of the body as well so long as the proper growing conditions are met.
Tinea thrives in a dark, warm, and moist environment. Body parts that are often infected include the hands, groin, and scalp. Although many people never experience athlete's foot, around 70% of the population suffers from tinea at some point in their lifetime. Like most ailments, some people are more likely to acquire this fungal infection than others. People with a history of tinea or other skin infections are more likely to suffer from recurrent, or even additional, unrelated infections. The extent to which a person is tormented by the fungus can vary greatly as well.
While some people are never even aware that they have been infected with athlete's foot, others are pestered with mild to moderate symptoms like dry and flaking skin, itching, and redness. Still others are bothered by more severe symptoms including cracked and bleeding skin, intense itching and burning, and even pain when walking. In the worst cases, tinea can cause blistering as well.
The treatment for athlete's foot begins with prevention. Changes in the environment infected with athlete's foot can prevent spreading. Keeping the area that is infected clean and dry with the use of medicated cleansers and powders is essential. Allowing the area to breathe is important in the treatment as well. Exposure to cool air and light can make conditions undesirable for tinea. Treating the infected area with miconazole, tolnaftate, or other medicated creams, ointments, or sprays not only helps to kill the fungus, but helps prevent recurrences as well. White vinegar-based foot soaks can also be beneficial. Seeing a podiatrist is often a good idea when treating athlete's foot, since more often than not, other skin infections can develop from the initial infection, and recurrences are common.
What Are Ankle/Foot Orthotics?
Orthotics is a medical field concerned with the design, manufacture and use of aids used to support weak limbs or direct the proper function of limbs, in this case the foot and ankle. Ankle-foot orthotics, or AFOs, are braces worn at the ankle that encompass some or all of the foot. Diseases that affect the musculature or weaken the affected area require AFOs to strengthen the muscles or train in the proper direction. Tight muscles that need to be lengthened and loosened also benefit from AFOs.
When we think of diseases that affect the musculature we think of the big boys: muscular dystrophy, cerebral palsy, polio and multiple sclerosis. We rarely think that arthritis and stroke can affect the musculature or that there are some who "toe in". But whatever trauma affects that musculature, there is a way to correct it. The orthosis helps to control range of motion, provide support by stabilizing walk, correct deformities and manage pain load. A podiatrist would be consulted for those who "toe in", for instance, or an arthritis sufferer whose ankles suffer through walking on the job or perhaps a victim of stroke whose musculature is wasting away and requires strength.
Before the advent of modern orthotic devices, it wasn’t uncommon to see polio victims wearing metal braces from mid thigh to the bottom of the foot, or children who "toed in" wearing metal braces around their ankle and foot. However, both designs and materials have improved dramatically, allowing for new levels of comfort, functionality, and appearance. Many orthotics are now made from plastics in the shape of an L and designed to fit inside a corrective shoe. These can be rigid, buckling at the calf and extending the length of the foot to support the ankle. This same design except with a hinged ankle provides support while walking by normalizing the gait. In the past boots lined with leather and fiberboard provided the rigidity needed for correction and support. Now corrective shoes are available with built up soles to correct the gait or manage pain by sharing it with another area when the foot spreads during walking.
The podiatrist would prescribe this orthosis in the rigid L shape because the foot moves on a hinge. If the hinge isn't functioning as intended due to an injury or malformation, the muscles tighten up, thus making it difficult to flex the foot. When we walk, the foot flexes and muscles stretch. This brace or AFO would support the ankle and musculature during flexion of the foot, in much the same way a knee brace works. Corrective shoes are for people whose feet hit the ground backward, causing tight muscles and arch problems. Wedges and rocker bars on the heels correct the step to heel first and rock onto the ball of the foot, resulting in relaxed musculature and strengthened ankles.
Appearance also counts when we consider a particular support device, especially if the item is intended for regular, daily wear. The L shaped orthotic is contoured to the calf and flesh-colored, fitting into a sneaker or dress shoe. As present, corrective shoes are more attractive than past models, enabling patients wear such devices with greater comfort and confidence.
Sever's Disease
Sever's disease, also known as calcaneal apophysitis, is a medical condition that causes heel pain in one or both feet of children during the period when their feet are growing. Sever's disease occurs most commonly in boys and girls between the ages of 8 and 14 years of age.
Sever's disease occurs when the part of the child's heel known as the growth plate, or the calcaneal epiphysis, an area attached to the Achilles tendon, suffers an injury or when the muscles and tendons of the growing foot do not keep pace with bone growth. The result is constant pain experienced at the back of the heel and the inability to put any weight on the heel, forcing the child to bear weight on their toes while walking. A toe gait develops in which the child must change the way they walk to avoid placing weight on the painful heel, a position that can lead to other developmental problems.
The most common symptom of Sever's disease is acute pain felt in the heel when a child engages in physical activity such as walking, jumping or running. Children who are very active athletes are among the group most susceptible to experiencing Sever's disease because of the extreme stress and tension they place on their growing feet. Improper pronation, the rolling movement of the foot during walking or running, and obesity are all additional conditions linked to causing Sever's disease.
The first step in treating Sever's disease is to rest the foot and leg and avoid sports activity which only worsens the problem. Over the counter pain medications targeted at relieving inflammation can be helpful for reducing the amount of heel pain. Combined with rest and pain medication, a child with Sever's disease should wear shoes that properly support the heel and the arch of the foot. Consider purchasing orthotic shoe inserts which can help support the heel and foot while it is healing. Most patients with Sever's disease symptoms report an eventual elimination of heel pain after wearing orthotic insoles that support the affected heel.
Sever's disease may affect just one heel of either foot as well as the heels of both feet. It is important to have a child experiencing heel pain get an examination by a foot doctor who can apply the squeeze test, which compresses both sides of the heel in order to determine if there is intense pain. Discourage any child diagnosed with Sever's disease from going barefoot as this can intensify the problem. Apply ice packs to the affected painful heel two or three times a day for pain relief.
Exercises that help to stretch the calf muscles and hamstrings are effective at treating Sever's disease. An exercise known as foot curling, in which the foot is pointed away from the body, then curled toward the body in order to help stretch the muscles, has also proven to be very effective at treating Sever's disease. The curling exercise should be done in sets of 10 or 20 repetitions, and repeated several times throughout the day.
Treatment methods should usually continue for at least 2 weeks and as long as 2 months before the heel pain goes completely away and the child can resume normal physical and athletic activities again. A child can continue doing daily stretching exercises for the legs and feet to prevent the heel pain of Sever's disease from returning.
What is Gout?
Gout is a form of arthritis that is unusually painful. A slight touch can send shooting pain. The most common area for gout to occur is in the metatarsal phalangeal joint of the big toe. Other areas of the body frequently affected by gout are the knees, elbows, fingers, ankles and wrists. Gout occurs when there are elevated levels of uric acid in the blood. This condition is called hyperuricemia. Hyperuricemia is a genetically pre-disposed condition about 90% of the time and occurs because the kidneys do not produce the correct amount of uric acid. Children of parents who have had gout will have a 20% chance of developing it themselves. The excess uric acid in the blood forms crystals that deposit in between joints causing friction with movement.
Symptoms of gout caused by this friction include pain, redness, swelling, and inflammation. Fever and fatigue may occur as well, although these symptoms are rare. The pain can be worse during the night when the body’s temperature lowers.
Gout can be diagnosed clinically by a doctor’s observation of the redness, swelling, and pain. More definitive tests can be performed by the doctor as well. Blood tests check for elevated uric acid levels in the blood. The synovial fluid in the joint can also be withdrawn through a needle to be checked for uric acid crystals. Chronic gout can be diagnosed by X-ray.
Treatment given for acute gout diminishes the symptoms. Non-steroid anti-inflammatory drugs such as Colchicine and other corticosteroid drugs will stop the swelling, redness, and inflammation in cases of acute gout. If gout becomes chronic, there are multiple ways to combat it. Lifestyle changes and changes in diet may be necessary, as well as preventative drugs.
Gout can be aggravated by a sedentary lifestyle. Exercise will reduce probability of future cases of gout. Certain foods cause or increase the risk of gout and their consumption should be avoided or kept at a minimum. These foods include red meat, alcohol, sea foods, and drinks sweetened with fructose.
Lifestyle changes and diet that help prevent gout include exercise and certain foods that help decrease the chance of gout recurring. Gout preventative foods include Vitamin C, coffee and some dairy products. New drugs have been discovered that inhibit the body’s production of certain enzymes. These are the enzymes that produce uric acid. Lowering your levels of uric acid will greatly reduce the chances of developing further cases of gout.
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