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 big joint on the big toe. It has also 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. The children of parents who suffer gout will have a two in ten chance of developing the condition as well. 

This form of arthritis, being particularly painful, is the leftover uric acid crystallizing in the blood stream. The crystallized uric acid then travels to the space between joints where they rub, causing friction when the patient moves. Symptoms include: pain, redness, swelling, and inflammation. Additional side effects may include fatigue and fever, although reports of these effects are very rare. Some patients have reported that pain may intensify when the temperature drops, such as when you sleep.

Most cases of gout are easily diagnosed by a podiatrist’s assessment of the various symptoms. Defined tests can also be performed. A blood test to detect elevated levels of uric acid is often used as well as 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, managing your diet, lifestyle changes, and using preventative drugs are all helpful toward fully combating the most severe cases.

 Those that lead an inactive lifestyle are at a higher risk for gout. Any amount of exercise decreases the probability of repeat encounters with the condition. Reducing your consumption of red meat, sea food, and fructose-sweetened drinks also reduces the likelihood of chronic gout as well.

Ingesting Vitamin C, coffee, and particular dairy products can help with maintaining a healthy lifestyle. There are new drugs out on the market that inhibit the body’s production of uric acid-producing enzymes. However, reducing or eliminating your overall levels of uric acid is the best remedy to ensuring you lead a gout-free life.

When conservative, noninvasive methods prove ineffective, surgery may be selected as the next course of action for the treatment of your foot or ankle condition.  A wide number of foot and ankle surgical procedures exist, and it is up to your podiatrist to determine which intervention will be most appropriate and helpful for your case.  Some surgical procedures include bunion surgery, fusion, hammertoe surgery, heel spur surgery, metatarsal surgery, nail surgery, neuroma surgery, reconstructive surgery, skin surgery, and tendon surgery.  Typically, surgery is turned to as a definitive way to alleviate excessive pain or discomfort and to return your foot to full mobility.

Regardless of the location on the body, all surgical procedures require preoperative testing and examination to ensure the surgery’s success and preferred outcome.  A review of your medical history and medical conditions will take place, as will an evaluation of any current diseases, illnesses, allergies, and medications.  Tests such as blood studies, urinalyses, EKG, X-rays, and blood flow studies may be ordered.  Because the procedure involves the foot and/or ankle, the structures of your feet while walking may also be observed by your podiatrist.

Care post-surgery will depend on the type of surgical procedure performed.  Typically, all postoperative care involves rest, ice, compression, and elevation.  To improve and ensure a safe recovery, your foot and ankle surgeon may also employ the use of bandages, splints, surgical shoes, casts, crutches, or canes.  He will also determine if and when you can bear weight.  A timely and thorough recovery is a priority for both you and your podiatrist, and carefully following postoperative instructions can help achieve this.  

Custom orthotics offer a tailored approach to foot health, providing a host of benefits that extend far beyond conventional shoe inserts. One of the primary advantages lies in their ability to address specific biomechanical issues. Unlike off-the-shelf inserts, custom orthotics are crafted based on an individual's unique foot structure, gait, and any existing foot conditions.

The personalized design of custom orthotics ensures optimal support for the arches, promoting proper alignment and distributing pressure evenly across the feet. This can be particularly beneficial for individuals dealing with issues such as overpronation or underpronation, as custom orthotics help correct imbalances that may lead to discomfort or injury.

Beyond biomechanics, custom orthotics can alleviate a range of foot problems, including plantar fasciitis, bunions, and metatarsalgia. They provide targeted relief to areas under stress, reducing pain and inflammation. Additionally, for those with specific medical conditions like diabetes, custom orthotics can play a crucial role in preventing complications associated with poor foot health.

Comfort is another key aspect of custom orthotics. By accommodating the unique contours of an individual's feet, these inserts enhance overall comfort, making daily activities more enjoyable. Whether for athletes looking to optimize performance or individuals seeking relief from chronic foot pain, custom orthotics offer a versatile solution.

Investing in custom orthotics is an investment in long-term foot health. They not only provide immediate relief but also contribute to the prevention of future issues. With the ability to seamlessly integrate into various types of footwear, custom orthotics empower individuals to prioritize foot comfort without compromising on style. In essence, custom orthotics are a personalized prescription for happy, healthy, and pain-free feet.

An ankle sprain occurs when one or more ankle ligament gets overly stretched. Ligaments are strong bands of tissue that bind and support the bones and other structures that make up the ankle. In more severe ankle sprains, the ligament(s) tear—either partially or completely—and there may be an audible popping noise at the moment of injury.

Ankle sprains are quite common and can occur when the ankle rolls outwardly (eversion) or inwardly (inversion), causing the ligament(s) to stretch beyond normal limits, or even tear. Falls, twists, or blows to the ankle during sports or other activities can cause this injury, as well as wearing improper footwear, running on uneven surfaces, or having weak ankles.

Depending on the injury’s severity, an ankle sprain will be classified as Grade I, Grade II, or Grade III. Grade I sprains involve ligament(s) being overly stretched but not torn, with symptoms of mild pain, swelling, and ankle instability. There may also be some difficulty bearing weight. A Grade II sprain usually involves a partial tear of the ligament which brings more intensity in these symptoms, along with possible bruising. With a Grade III sprain, the ligament is completely torn, the symptoms are severe, and it may not be possible to put weight on the affected foot at all. 

To diagnose and grade an ankle sprain, a podiatrist will perform a physical examination, checking for tenderness and range of motion in the ankle. For more severe sprains, X-rays or other imaging studies may be necessary. 

It is vitally important to have an ankle sprain treated properly as improper healing often leads to future ankle sprains and possibly even chronic ankle stability. Treatment for an ankle sprain will vary, depending on its severity, and may include the RICE method (Rest/Ice/Compression/Elevation), physical therapy, bracing, medications, and possibly even surgery to repair a torn ligament. Rehabilitation is very important for the sprain to heal properly and to restore functionality.