Flip-flops and Feet
Although they are comfortable, constant flip-flop use can lead to problems with the ankles, hips, and lower back if worn on a long-term basis. This is because people walk much differently in flip-flops than they do in other shoes like sneakers. Their natural gait is being forced to change, throwing the body off and causing stress to different parts of the body. Flip-flops can also lead to problems in the arches of your feet, and pain in the balls of your feet. There is little to no support provided by flip-flops, so some parts of the foot undergo much more stress than normal.
Flip-flops can cause more obvious short term problems as well, like ankle sprains and frequent blisters. Because these shoes are relatively weak and can easily bend while walking, wearers are far more likely to trip and hurt their ankles. Flip-flops can also cause bad blisters, because their straps are constantly rubbing up against the foot. Additionally, someone wearing flip-flops is more prone to infections, due to the openness of the shoe. It very easy to scrape and cut your foot when wearing flip-flops because they offer little protection for the foot. If left untreated and uncovered, these same cuts can get dirtied and infected as flip-flops wearers walk around.
In order to avoid this, make sure to get a pair of flip-flops that will keep your feet as safe as possible. When looking to purchase flip-flops, you should check that the actual sole is sturdy and firm. The flip-flops are too floppy if the sole droops and wiggles a great deal when lifted off the floor. These will offer very little support, and may lead to other problems like tripping.
If you only purchase flip-flops made of high quality, sturdy materials, you won't have to worry about this. Although they will cost a little more, flip-flops made of these materials will last longer, and will protect your feet more so than a cheap pair of flip-flops. Also, make sure to buy from a reliable brand name. You can often find relatively cheap shoes from these companies, and once you have bought them you know they will last.
You can still wear your favorite flip-flops, just avoid wearing them every day of the week, or for extended periods of time. It is also recommended that you replace flip-flops every three or four months, in order to be sure that they provide maximum protection to your feet.
Treating Heel Pain with Shockwave Therapy
Heel pain 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 pains 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 bodies 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, who have tried conventional treatment options that failed, and who have the money to afford such a procedure.
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.
Tarsal Tunnel Syndrome
Tarsal tunnel syndrome, also called tibial nerve dysfunction, is an uncommon form of misfiring peripheral nerves in the foot. Peripheral nerves are the nerves that carry signals from the brain and spinal cord to the other parts of the body. The tibial nerve is the peripheral nerve in the leg responsible for sensation and movement of the foot and calf muscles. In tarsal tunnel syndrome, the tibial nerve is damaged, causing problems with movement and feeling in the foot of the affected leg.
Common causes of tarsal tunnel syndrome involve pressure or an injury. Direct pressure on the tibial nerve for an extended period of time, sometimes caused by other body structures close by or near the knee, or trauma to the tibial nerve can result in tarsal tunnel syndrome. Diseases that damage nerves, including diabetes, may cause tarsal tunnel syndrome. However, tarsal tunnel syndrome can appear without an obvious cause in some cases.
Feeling different sensations in the foot at different times is a common symptom of tarsal tunnel syndrome. An afflicted person may experience pain, tingling, burning or other unusual sensations in the foot of affected leg, with primary problems occurring on the bottom of the foot. The foot muscles, toes and ankle become weaker, and curling toes or flexing the foot becomes difficult. If the condition worsens, the person may develop infections and ulcers on the affected foot because of the lack of sensation. The affected foot can become permanently deformed, and sensation loss, particularly in the toes, is sometimes permanent.
A physical exam of the leg can help identify the presence of tarsal tunnel syndrome. Medical tests, such as a nerve biopsy, are also used to diagnose the condition.
Occasionally, a person with tarsal tunnel syndrome can recover without specific treatment, but over the counter pain medication is still used to reduce the discomfort associated with the condition. Treatments for more severe tarsal tunnel syndrome focus on regaining sensation and strength in the affected toes and foot. Patients may receive physical therapy and prescription painkillers if the pain isn't managed by over the counter pain relievers. A surgery designed to lessen pressure on the tibial nerve can help in some cases. The surgeon enlarges the patient's tarsal tunnel, a ligament and bone structure in the foot that the tibial nerve passes through, relieving some of the pressure on the tibial nerve.
What to Know About a Broken Toe
Although most people try to avoid foot trauma such as banging, stubbing, or dropping heavy objects on their feet, the unfortunate fact is that it is a common occurrence. Given the fact that toes are positioned in front of the feet, they typically sustain the brunt of such trauma. When trauma occurs to a toe, the result can be a painful break (fracture). Another type of trauma that can break a toe is repeated activity that places stress on the toe for prolonged periods of time.
Broken toes can be categorized as either minor or severe fractures. Symptoms of minor toe fractures include throbbing pain, swelling, bruising on the skin and toenail, and the inability to move the toe with ease. Severe toe fractures require medical attention and are indicated when the broken toe appears crooked or disfigured, when there is tingling or numbness in the toe, when the injured person experiences fever or chills throughout their body, and when there is an open, bleeding wound present on the toe.
Generally, a minor toe break will heal without long-term complications, but it is important to discontinue activities that put pressure on the toe. It is best to stay off of the injured toe with the affected foot elevated on pillows. Swelling can be alleviated by placing an ice pack on the broken toe for 15 minutes every two hours during the first two days after the fracture. The broken toe should be immobilized by placing a small cotton ball between the injured toe and the toe beside it, then taping the two toes together with medical tape.
Severe toe fractures may be treated with a splint, cast, and in some cases, minor surgery; especially when the big toe has been broken. Due to its position and the pressure it endures with daily activity, future complications can occur if the big toe is not properly treated. Pain associated with minor toe fractures can be managed with over-the-counter pain medications, and prescription pain killers may be necessary for severe toe fractures.
The healing time for a broken toe is approximately four to six weeks. In severe cases where the toe becomes infected or requires surgery, healing time can take up to eight weeks or more. While complications associated with a broken toe are immediately apparent, it is important to note that there are rare cases when additional complications, such as osteoarthritis, can develop over time.
2014
January
-
February
-
March
-
April
-
May
-
June
2013
April
-
May
-
June
-
July
-
August
-
September
-
October
-
November
-
December