Central Florida Foot and Ankle Center, LLC.
101 6TH St. NW.
Winter Haven, Fl. 33881
863-299-4551
www.FLFootandAnkle.com
As Podiatric Surgeons we treat a wide variety of common podiatric maladies, such as structural conditions including bunions, hammertoes, flat feet, heel pain, neuromas, and arthritic conditions. We also specialize in treating trauma induced injuries such as ligament tears, ankle sprains, and fractures of the foot and ankle. Injuries associated with professional and recreational sports are other fields in our specialization.
Cleveland Browns’ linebacker Titus Brown will be sidelined with a high ankle sprain. The Browns have been pummeled with injuries this preseason. Titus Brown will join teammates Eric Steinbach (tackle) and Brandon Jackson (running back) and Jordan Norwood (wide receiver) on the injured list. With a season opener on September 11 against the Cincinnati Bengals, things are not looking good for Cleveland.
A high ankle sprain is an injury to the syndesmosis between the tibia and fibula. The ligaments that attach the tibia to the fibula aid in stabilizing the ankle joint. These ligaments can become sprained or even torn when the leg is forced to rotate outwards with a planted foot. This is a common injury in contact sports, football in particular.
The syndesmosis is composed of the anterior and posterior inferior tibiofibular ligaments. In a sprain, usually only one of these ligaments is injured. The syndesmosis can also be injured in ankle fractures, where the fibula is destabilized and allowed to rotate.
The diagnosis is usually suspected through history and physical examination, and may be confirmed with x-rays and an MRI. MRI may not be necessary for everyone, but can help differentiate between a sprain and a tear of the ligaments. For high-level athletes, MRIs are typically ordered swiftly.
Once the diagnosis is confirmed, high ankle sprains are treated with a period of immobilization in a cast for about 6 weeks. Anti-inflammatory medications and pain relievers may also be used in conjunction with immobilization to relieve the symptoms. Following immobilization, a period of rehabilitation will begin. This generally involves aggressive stretching and strengthening exercises, with a slow return to full weight bearing and activity.
For cases requiring surgery, a screw may be placed across the syndesmosis from the fibula to the tibia. This screw helps immobilize the joint while the ligaments heal, and is left in place for about three months. Patients are instructed not to walk on the leg while the screw is in place, as it could break with motion. The screw is taken out once the ligaments have healed, and an aggressive physical therapy rehabilitation program begins.
As for Brown, no surgery has been scheduled, and he’s been placed in a cast. For Cleveland Browns fans, this is good news, as the linebacker will likely return later in the season. While he won’t be ready for the regular season opener, he may be ready to return to play mid-season.
Detroit Lions rookie running back Mikel Leshoure will be out for the season following an Achilles tendon rupture sustained during practice on Monday. The Lions drafted Leshoure in the second round from the University of Illinois, and were hoping to have him take turns carrying the ball with Jahvid Best. Of Leshoure, Coach Jim Schwartz said "He’ll have surgery very soon, probably tomorrow, and he’ll be back. He won’t be back this year, but he’ll be back. And he was doing very well."
Achilles tendon injuries can be a career-ending injury, which certainly takes some air out of the tires of the Detroit Lions, who sports pundits are predicting to have a turn-around year. In a systematic review of statistics from the NFL, Parekh et al showed that 36% of skill-players (running backs, wide recievers, defensive backs, cornerbacks, and linebackers) never returned to play professionally.
The study analyzed the power ratings of the players who did return to play professionally. Power ratings are statistics used to measure a player's level of play, such as rushing and passing yards. Of the 64% who returned to play (21 players total), all showed a significant decline in their power ratings as well as the number of games played. This 64% is slightly lower than the previously reported 71% of patients returning to full activity following surgical repair of Achilles tendon ruptures. This difference may be attributed to size, weight, strength, and overall physical demand of professional football players when compared to the average young athlete.
The study by Parekh et al looked at the three seasons before injury and the three seasons following injury, and averaged statistics for the players over those three years. It was found that the power ratings fell by average of almost 50%, and that the amount of games played fell from 11.67 to 6.17. This suggests that even if a player is able to recover from the injury and return to their previous level of play, they may never regain their original quality of play.
Current treatment regimens hinge on surgical repair of the ruptured tendon. While studies have shown promising reults with conservative non-surgical treatment combined with aggressive rehabilitation protocols, the incidence of re-rupture is lower in surgically repaired Achilles tendons, and the time to full recovery is also faster. Surgeons are trending towards earlier, aggressive physical therapy regimens following surgery instead of the six to eight weeks of immobilization previously set as the standard of care.
Whether walking or running provides a better workout is a debate that could go either way, and could be discussed for hours. Advocates of each can point out the benefits of their exercise method of choice. In the end, the truth is that either form of exercise is generally good for you, and the choice should come down to which you are more comfortable with. Regardless of which side you’re on, here are some tidbits about each that might help you make up your mind.
Yes, running will burn more calories that walking. However, this is only true when you compare them based on the amount of time each activity is performed. When you compare them based on distance, the amount of calories burned is the same. For example, running for twenty minutes will burn roughly twice as many calories as walking for twenty minutes. However, running three miles and walking three miles will burn the same amount of calories.
Running or jogging can work different muscles than walking, and can work them harder. This is because more force and strain is placed on the muscles while running. However, walking allows your body to be a state of elevated cardiovascular demand for a longer period of time, which will actually help improve cardiovascular health over time, perhaps even more so than running.
Generally speaking, runners are more prone to injury because of the increased demand on the muscles of the lower extremity during activity. This can lead to overuse injuries such as tendinitis and stress fractures. But, for young and healthy people, running provides a great source of exercise and can help train for other sports. It also provides the “runner’s high” that avid runners talk about, which you won’t be able to get from walking.
For many people, though, walking is a great source of exercise. Particularly in older populations and overweight people beginning an exercise program, walking is generally the first form of exercise initiated. It is often recommended for weight loss in obesity, to prevent arthritis, and as an adjunct treatment to osteoporosis. Of course, speak with your doctor before starting any new exercise or walking program.
Walking and running can both be incorporated into a successful exercise program. Podiatrists can be a great source of information for those beginning a walking or running program, particularly if you are experiencing any foot or ankle problems. Sometimes the use of orthotics or even simple exercises for the lower extremities can help prevent some of these problems.
The normal human foot contains twenty-eight bones. These bones help to give shape and function to the foot, and help provide the framework for shock absorption and mechanics that make movement possible. Sometimes, though, a foot contains more than twenty-eight bones. A number of accessory bones may be present in the foot as well, which may or may not be pathologic.
Accessory bones can be divided into two categories – ossicles and sesamoids. Sesamoids are small, round bones found within tendons in the foot. The two common sesamoids are within the flexor hallucis brevis, and help comprise the sesamoid apparatus. The sesamoid apparatus aids in function of the first metatarsophalangeal joint.
Some of the more common accessory sesamoids include:
Accessory ossicles differ from sesamoids in the way they develop. They develop from a separate center of ossification in close proximity to the normal anatomy. Some of the more common accessory ossicles include:
A number of accessory bones exist in the foot, which may or may not become symptomatic. Clinically, accessory bones can often appear as fractures on x-ray, and may even mimic them in their symptoms. Sesamoids may appear as bipartite, meaning they are split in two pieces, or tripartite, meaning they are split into three pieces. Bipartite and tripartite sesamoids can often resemble fractures on x-ray.
Accessory bones, when symptomatic, can be treated by offloading the area, debridement of callus that forms over them, or even surgical resection for some.
Edmonton Oilers rookie sensation Taylor Hall was injured in a fight in Thursday’s game against the Columbus Blue Jackets, when he went up against Derek Dorsett. The injury came as the two went down to the ice, when Hall twisted his ankle.
The Oilers announced that Hall would be getting an MRI on Friday afternoon. Hall will be unable to travel with the team as they begin a five-day road trip this weekend.
Lucky for hall, there doesn’t appear to be a fracture of the ankle at this time. The MRI was most likely ordered to check for a high ankle sprain or any other type of injury to the soft tissues of the leg and ankle.
A high ankle sprain involves an injury to the tissues connecting the two bones of the leg, the tibia and the fibula. This tissue, known as the syndesmosis, helps keep the ankle joint in line and plays a critical role in stabilizing the ankle. The syndesmosis can be strained or torn in an ankle injury, and can be a particularly difficult injury to heal. They typically take longer to heal than a normal ankle sprain.
A high ankle sprain is typically treated with a cast for 6 weeks, so long as the injury is stable. When the injury is unstable, surgery may be necessary to place a screw through both the tibia and fibula, holding the syndesmosis together while it heals. These screws are typically left in for 3 months. Patients are instructed not to walk on the injured leg while the syndesmotic screw is in place. There is normally some motion between the two bones when walking, and this motion may break the screw.
Another surgery may be required after the syndesmosis is healed to remove the screw, while some doctors will let the patient begin to walk on the leg until the screw breaks. The reason for this is that there are very few reported problems with a broken screw. If there is a problem, then the screw can be removed as it would have been anyway. This way, the patient is saved an extra surgery until they need it.
If Taylor Hall is shown to have a high ankle sprain or a serious sprain or tear of the ankle joint, he will have to miss a few months of the season until he can heal.
Hall is leading his team with 22 goals this year, along with 20 assists. He is in contention for rookie of the year. Thursday’s game against the Blue Jackets gives Hall his first career “Gordie Howe Hat Trick”, in which a player scores a goal, an assist, and gets in a fight all in the same game.
Negative pressure wound therapy (NPWT), also known as topical negative pressure, sub-atmospheric pressure or vacuum sealing technique, has become a topic of much interest in the area of acute and chronic wound healing. Particularly in the diabetic population, where chronic wounds run rampant, this technology has been explored as a potentially promising therapy.
NPWT is just one of several technological advances in wound care therapy that has emerged in the past several decades. This list also includes bioengineered skin equivalents, bone marrow-derived stem cell therapy, and growth factor therapy. However, the science behind Negative Pressure Wound Therapy is quite interesting.
The vacuum sealing technique involves placement of a special device, sometimes referred to as a wound-vac, on the chronic or acute wound. This device consists of a foam or gauze dressing applied directly to the wound, then sealed tight with a clear, plastic-wrap-like dressing. The dressing is then attached to an electronic device that creates a negative pressure in the newly created seal, similar to a vacuum. This negative pressure ranges anywhere from 50-175 mmHg.
The system created turns an open wound into a controlled, closed wound while removing cellular debris and excess fluid from the wound. This allows the wound to be well-controlled in terms of exudate management. Granulation tissue, the tissue that indicates the ability for the wound to heal, is stimulated to generate within the wound. There is also a decrease in the bacterial load of the wound, reducing the incidence of infection, as well as increased blood flow to the wound.
Published case-studies and small cohort studies have shown negative pressure wound therapy to be effective in the treatment of diabetic foot ulcers. However, a Cochrane review pointed to the fact these trials consisted of too few enrolled subjects to be considered significant evidence to support the use of wound-vacs. However, the growing popularity of the device may lead to more extensive research in the area, as well as better designed studies.
Another area of concern for the use of negative pressure wound therapy is the cost associated with its use. However, several studies have looked at the cost-effectiveness of NPWT, and have found that the decrease in staff required for dressing changes not only balances, but exceeds the cost-effectiveness of standard wound care therapy. Because the NPWT dressings only need to be changed after 48-72 hours, there is less maintenance required for the wound. Therefore, the staff demands are decreased in the management of chronic wounds using NPWT.
Negative pressure wound therapy remains a promising choice for the treatment of diabetic foot ulcerations. The diabetic population is particularly prone to chronic wounds, and NPWT may be a useful technology.