Items filtered by date: September 2015

Running may seem like a simple thing to do, but in reality it is a complex movement that puts stress on the ligaments, bones, and joints of the body. Because of this, selecting the correct running shoe is important for increasing performance and avoiding risk of injury. Running shoes should be selected based on your foot type. Considerations such as trail versus road shoes are important, but your foot type dictates the degree of cushioning, stability and motion control you require. The most accurate way to learn your foot type is to visit a local shop that specializes in running shoes. Professionals there can measure your arch type, stride and gait and let you know your shoe needs for future reference.

The design of running shoes is created around the idea of pronation. Pronation is the rolling of your ankle from outside to inside when your foot strikes the ground, which is natural. If you run properly you strike the ground on the outside of your heel and roll in the direction of your big toe before pushing off once more. Pronation is beneficial because it assists the lower half of your body in absorbing shock and storing energy. Those considered neutral runners pronate correctly and do not need running shoes that help correct their form. Neutral runners can choose from a wide variety of shoes, including barefoot or minimal types. However, those who have arch problems or who adopt an incorrect form while running may experience too much or too little pronation and require running shoes that offer additional support.

Those who overpronate experience an over-abundance of ankle rolling. Even while standing, those who severely overpronate display ankles that are angled inward. It is not uncommon for them to have flat feet or bowed legs as well. The tendency to overpronate may cause many injuries. Areas that tend to become injured are the knees, ankles, and Achilles tendon. If you find that you have a tendency to overpronate, you should look at shoes that provide extra stability and motion-control. Motion-control shoes are straight and firm; shoes of this type do not curve at the tip. The restricted flexibility along the middle of the shoe prohibits the foot from rolling too far inward as your foot strikes.

A less common problem is underpronation. Underpronation, also called supination, is when the feet are unable to roll inward during landing. Those who underpronate have feet that lack flexibility and high arches. This prevents any kind of shock absorption, even though it does place less rotational stress on ankles and knees. This added force can cause fractures, ligament tears, and muscle strains because the legs are trying to compensate for the impact. Those who underpronate need shoes with more cushioning and flexibility. If you have a tendency to underpronate, selecting stability or motion-control shoes may cause you more problems by continuing to prevent pronation.

Shockwave therapy is a treatment option that helps to treat plantar fascia, which is a type of heel and foot inflammation that causes pain to the heel area. This type of injury is often caused by overworking and overusing the feet, and normally happens to people that exercise often such as runners, athletes, obese and overweight individuals, and individuals whose profession requires them to stand for long periods of time.

Since heel pain can be caused by a number of problems including poorly fitting shoes, exercise routines, work hazards, and many more, most plantar fascia treatments include very conservative techniques. Simple things like new shoes, taking ibuprofen, doing heel and foot exercises, and resting your feet can treat the problem. However, for the worst cases, using shockwave therapy is often the best treatment option.

For patients that have tried conventional treatment options, and failed at them, and who have been having heel pain for over six months, Shockwave treatment is often the next option. The concept behind this treatment is simple; shockwaves are generated from a device that delivers shockwaves to the outside of the patients body, and the shockwaves will cause the body’s repair mechanisms to work more efficiently and effectively, and in the end, start repairing the damage done to the heel area.

The goal of shockwave therapy is to eliminate the pain in the heel area, and this should happen because shockwaves trigger the body’s natural repair mechanisms. Basically, this therapy speeds up normal tissue healing in the body, and will also lead to a reduction in pain for the patient by working the pain transmission nerves located in the heel area.

The reason this treatment is gaining popularity is because it is less invasive than surgery, and eliminates the risk factors associated with surgery, such as anesthetic usage. Since this technique also works by helping the body to improve using natural healing techniques, the recovery time should be shorter than surgical processes.

This does not mean that there are not some discomfort issues that can arise out of this treatment for patients. Short term issues normally include skin bruising, minor pain during and after treatment, swelling of the heel, and discolored tissue. These side effects of shockwave therapy should be gone in a few days, giving the patient a fast recovery time which makes it easy to return to the routines of their daily life.

Like most types of treatments, surgeries, and medications, there are certain people that should not have shockwave therapy procedures performed on them. Potential patients with heart conditions and people with pacemakers should not be considered for this technique. People on certain types of medications, usually medications affecting blood clotting, would also be ineligible for this treatment option. And lastly, children and pregnant women should avoid this as well.

Overall, shockwave therapy could be a great option for heel pain because it is less invasive than surgery, helps to trigger the natural healing mechanisms of the body, and should be considered by people who have had long bouts of heel pain and have tried conventional treatment options that failed.

Ankle injuries are a very common injury to the foot. The ankle is the point of connection from the leg and the foot. The joint is the point where the tibia (big leg bone), fibula (small leg bone) and the talus (top of the foot) all meet. These bones are held together by tendons and ligaments. Tendons hold muscles to bone and ligaments hold bones together. An ankle sprain involves the ligaments of the foot.

Ankle sprains occur when the foot is twisted in an unnatural way. While sports injuries have many ankle sprains, other common experiences such as slipping on stairs or walking on uneven ground can result in an ankle sprain. When the foot twists in a way that is not natural, the ligaments will be stretched.

Immediately after an ankle sprain occurs, there will be fluid leakage into the tissues. This causes inflammation and swelling which results in pain. Nerves are sensitized and the increase in fluids puts additional pressure on the nerves which causes an increase in pain. When this occurs, heavy blood flow to the injured area will often result in heat, making swollen ankles warm to the touch.

Severe pain, deformity of the bone, loss of feeling, and inability to walk for even minimal amounts of time are indications that you need to seek immediate medical attention. The ligaments that hold the foot bones together might become too stretched which can cause the bone to feel out of place or dislocated. A podiatrist will provide an examination to make sure there is feeling present, adequate movement, and that the tendons have not been damaged. If symptoms warrant it, an x-ray will be ordered to determine possible fractures.

One of the first things to do after an ankle injury is to apply ice to the area of injury. The immediate use of ice helps to reduce inflammation, but should not be applied directly to the injured area. Reducing the pressure on the ankle is another key step when treating sprains. This involves elevating the ankle above the level of the heart to reduce the flow of fluids. An elastic bandage may be needed which provides support for the ankle and prevents inflammation through compression.

Limiting motion of the injured ankle will help speed up the recovery. Using a brace or crutch is an effective way to limit motion and promote a speedy recovery. If properly addressed, ankle sprains can heal in a minimal amount of time. There may be some limitation as to movement, however, stretching and rotation of the joint can get it back to prior injury status

Gout, typically found in diabetic patients, is an unusually painful form of arthritis caused by elevated levels of uric acid in the bloodstream. The condition typically strikes the metatarsal phalangeal joint on the big toe; though it has been known to strike the knees, elbows, fingers, ankles and wrists—generally anywhere that has a functioning, moving joint.

The high level of uric acid in a person’s bloodstream creates the condition known as hyperuricema—the main cause of gout. Genetic predisposition occurs in nine out of ten sufferers and the children of parents who suffer gout will have a two in ten chance of developing the condition as well.

This form of arthritis, again noted as being particularly painful, is the leftover uric acid crystallizing in the blood stream and travel to the space between joints where they rub causing agonizing friction when the patient moves. Symptoms include: pain, redness, swelling, and inflammation. Tertiary side effects may include fatigue and fever though reports of these effects are very rare. Some patients have reported that, as the temperature drops (when you sleep for instance) the pain may intensify.

Most cases of gout are easily diagnosed by a podiatrist’s assessment of the various symptoms, however there are defined tests that can be performed. A blood test to detect elevated levels of uric acid is often used as well as the use of an x-ray to diagnose visible and chronic gout.

Treatment for gout simply means eliminating symptoms; non-steroid anti-inflammatory drugs or NSAIDs (Colchicine and other corticosteroid drugs, etc.) will quell the redness, the swelling, and the inflammation, however, diet, lifestyle changes, and preventative drugs are necessary to fully combat the most severe cases.

Those that lead a sedentary lifestyle are at a higher risk for gout. Any amount of exercise decreases probability of repeat encounters with the condition. Also, staying away from, or reducing drastically, consumption of red meat, sea food, and fructose-sweetened drinks reduces the likelihood of chronic gout as well.

As for diet, beyond what has already been mentioned, ingesting Vitamin C, coffee, and particular dairy products help on the preventative maintenance side of healthy living. While new drugs are out on the market that inhibit the body’s production of uric acid-producing enzymes, reducing or eliminating as much as possible your overall levels of uric acid will ensure you lead a gout-free life.