Houston Rocket's Yao Ming's career may be over due to a non-healing foot fracture. He was sidelined during the playoffs on May 8th with a hairline fracture of his navicular. As of today, this has not healed properly. The nature of his non-union and his prognosis is being kept quiet by the team physicians, but it is evident that there is a problem. Most stress fractures heal completely in 6 to 8 weeks. This is not the 7 foot 6 inch center's first fracture. He has been out portions of the last three seasons with stress fractures in his leg and foot. Perhaps his lanky frame just can' handle the stress of the NBA? Why is it that some fractures don't heal?

 

Looking at his present injury, stress fractures of the navicular (the cornerstone of your arch) are often slow to heal due to three factors, blood supply to the bone itself, underestimating the extent of the initial fracture so delaying aggressive treatment and too much abnormal stress on the healing bone. Other medical issues can delay bone healing like lack of Vitamin D, poor calcium uptake and many other systemic problems like diabetes, hypothyroidism and peripheral vascular disease. Many of these fractures are actually missed due to lack of specific x-ray findings. Many fractures are actually misdiagnosed for months. Plain film x-rays are often read as normal so the fracture is missed until symptoms increase. Early symptoms can be diffuse and non-specific so the index of suspicion is also low. A bone scan, MRI or CT scan can identify the specific fracture. CT scan is often the most helpful in identifying the extent of the fracture and guiding treatment. For a non-displaced stress fracture, cast immobilization is the first line therapy. Studies have shown that non-weight bearing immobilization in a cast for at least 6 weeks is usually around 80-86% successful. For those that do not heal this way, surgical fixation of the fracture can be helpful and a bone graft may be needed for long standing non-unions. New technologies like electronic and ultrasonic bone stimulators and injectable platelet rich plasma can help even the most stubborn fractures.

 

Follow up care for a navicular fracture often includes physical therapy and custom foot orthotics. Abnormal biomechanics of the foot often are one of the causes of these fractures, so biomechanical control is crucial to distribute the abnormal stress so an athlete can return to sports and have a lower risk of recurrence.

 

Yao Ming has had multiple stress fractures during his career increasing the likelihood of traumatic arthritis from avascular necrosis (not enough blood supply to heal so the bone crumbles) in his foot causing him to retire. The next few months will tell the tale for this multi-million dollar All Star. Can he heal his fracture and return to sport? The Rocket's fans are praying for divine intervention to cure their dominant center. 

 

 

It happened again today in my office. A woman came in asking for bunion surgery. She had put up with the pain in her big toe for years and finally had had enough. Many years ago her family physician told her to wait until she couldn’t stand the pain in her foot before discussing surgery with a podiatrist. Like many physicians, she assumed any pain in the great toe accompanied by a bump was a “bunion” or Hallux Abducto Valgus. Unfortunately in this case, she was wrong. The patient actually has Hallux Limitis also known as osteoarthritis of the great toe joint. If she had sought treatment many years ago, her joint may have been salvaged. Now her joint was so destroyed that she needed a joint replacement or fusion. Not what she wanted to hear! In her mind, she came in the office asking for a simple bunionectomy and left needing a joint replacement. She regretted not seeking the advice of a podiatrist earlier.

 

So what’s the difference between Hallux valgus and Hallux limitis?

 

Hallux valgus is a crooked big toe joint. Over a period of years, the great toe becomes much friendlier with the second toe and drifts toward and eventually under or over the second toe. At the same time, the first metatarsal (long bone connected to the great toe) drifts towards the center of your body making the distinctive bump. This starts out as a minor annoyance, but then quickly becomes a shoe problem with rubbing on the bump. Most people seek the attention of a podiatrist when the bump is rubbing in their shoe and becomes painful. If the deformity is allowed to progress, the great toe joint can actually start to dislocate and you will start to experience joint pain and degeneration.

 

Hallux limitis is wear and tear arthritis or osteoarthritis of the great toe joint. Many people are predisposed to have this problem by the underlying biomechanical function of their joint. It becomes much worse after an injury or repetitive trauma from things like high heeled shoes, ballet or some sports. The symptoms are different than Hallux valgus. Hallux limitis usually starts with a feeling of stiffness of the joint. It can be accompanied by swelling and redness. This usually progresses to a decrease in range of motion, a distinctive crunching feeling when moving the joint and then a bump that forms usually more toward the top of the joint, not the side like Hallux valgus.

 

Hallux valgus and Hallux limitis can occur together in a more complex foot deformity. Usually the bunion deformity has progressed and then is injured by repetitive trauma or a distinctive injury. This starts the progression of the arthritis change. Bottom line: don’t ignore pain in your great toe joint. Treatment of Hallux limitis early can save you from needed a fusion or joint replacement!

 

Why is treatment of Hallux limitis so important in the early stages?

 

Once you have destroyed the cartilage in your joint, there is nothing a physician or surgeon can do to make more cartilage. Research is underway trying to replace or regrow cartilage, but we are many years from a solution. Hallux limitis in the early stages can be controlled with a functional shoe orthotic to control the biomechanics. A clean up procedure known as a cheilectomy can help remove all the debris from the joint and get rid of much of the crunching. This will slow down the progression. Some patients can really benefit from a surgical procedure to realign and shorten the metatarsal to give the joint better biomechanics and more joint space. Unaddressed Hallux limitis leads to complete joint destruction and the need for a fusion or joint replacement.

 

The flip side to this story is that patients with Hallux valgus or your tradition bunion can often delay treatment until they start to have pain. Bunions in the early stages are a cosmetic concern, but the joint is usually not damaged until the later stages. It is important to address Hallux valgus when it starts to hurt so the joint is not permanently injured, but a bump, in the absence, of pain can wait.

 

The take home message is to have your great toe pain examined by a podiatrist. A full examination including functional biomechanics and x-rays can determine whether your pain is from Hallux valgus, Hallux limitis or a combination. Only then can you make an informed decision on treatments for your foot deformity and pain. Waiting until you can’t stand it anymore is a recipe for unhappy outcomes! If you have great toe pain with or without a bump, don’t delay.

 

See your podiatrist today so you can keep running happy!

 

I declared myself heat tolerant this weekend in my recent Twitter. I did a 3 hour bike ride in 99 plus heat at 5pm in the Texas heat and could still spit when I was done! That’s a success in my book! It definitely took 2 full weeks of suffering in the heat and a good hydration plan to finally feel like my body had made the transition to feeling relatively comfortable in the soaring Texas summer heat. 

 

Dehydration, heat stroke and hyponatremia are your biggest worries while training in the summertime. Whether you are in Texas or Rhode Island, when the temperature soars over 90 degrees, heat illness can seriously hamper your endurance training. Most of us have an “A” race on the calendar in the fall and require a lot of base training in the summer. No way around those long runs and even longer bike rides in the heat. The average triathlete can sweat up to one liter of fluid an hour while training and sweat contains about 3 grams of salt per liter. How can we conquer the heat? Preparation and constant hydration! Diligence is the key! Always stay one step ahead of the hydration curve. Remember that heat illness really can kill you and hyponatremia has taken out more than one healthy marathon runner and triathlete!

 

Here are some simple tips that will help you train safely in the heat:

 

“I have been running since I was 13yrs old and I am 42 now. Friday I was diagnosed with osteoarthritis after 6 weeks of no running but cross training on the elliptical. The doctor thought it was tendonitis but after not getting better he decided a MRI would be appropriate. The MRI confirmed it was osteoarthritis. I am starting physical therapy on Monday 3x a week.

 

My question: Is it possible for a runner who has osteoarthritis to be able to run again. I feel like my world has been rocked and shaken. Running is HEAVEN for me and nothing compares. It is my total stress reliever and if I do nothing else in a day if I've run my day is totally complete. I am the mother of 3 great kids and I guess I should be thankful I can do the cross training now because I get cranky when I don't get to do something. I just feel like this means my running career is over. My mileage before getting injured was about 25 a week.

 

Please let me know your thoughts. I have searched the internet for help on other runners who are going through what I am and have osteoarthritis of the foot with no luck so far. Thank you so much for taking my comment. I'm praying for a miracle. I know it's not life threatening but it's my mental state I'm concerned about.”

 

Answer:

 

Let me start my answer with a story. I have a runner in his late 30’s as a patient who had the unfortunate luck to be blown up in the Desert Storm conflict while he was serving in the Marines. He has severe arthritis in both feet from his injuries. He has had at least 5 foot surgeries including a fusion of his subtalar joint in one foot. He ran the 2008 Marine Corps Marathon in less than 41/2 hours. If he can run a marathon on feet that are that bad, I am confident that you can get back to some kind of running.

 

The name of the game is accommodation. You will need a great pair of orthotics made by a podiatrist that knows what they are doing and specializes in biomechanics. They can fabricate a device that will transfer the stress from the arthritic area to a strong, healthier part of your foot. That coupled with physical therapy, core strengthening exercises and a good pair of running shoes will get you back on the road! For more information on living with arthritis click here!

 

Run Happy! And pain free!

 

 

 

It’s just a few days from a big race and I’m already anxious. What am I afraid of? Running a bad time? Totally bonking? Looking stupid in front of my friends and patients? Drowning in the open water swim? Getting a flat tire? Perishing on the street? Where does all this performance anxiety come from? After 30 years of competitive running you would think I would have conquered race day jitters, but they are always there…kinds like an old friend…or a fungus….

 

So, how do I cope with race day jitters? Positive self-talk, preparation, visualization and organization!

 

A race is just another long training day in the company of a few hundred, or sometimes a few thousand, of your closest friends. Most anxiety comes from fear of the unknown and lots of negative self-talk. Reality – your friends and family really don’t care what your time is, whether you place or not, and the world will not end if you run a bad time! My patients are just amazed this old lady is still racing! Times are irrelevant! Setting high goals will just stress you out! Focus on running your best race that day! Relax! Have fun! Go into the race realizing you have nothing to lose and everything to gain. I treat every race as a learning experience. Even if you get kicked in the face in the swim and lose your goggles, get a flat tire or totally bonk on the run; you learn something you can use another day!

 

There are many things you can do to stay relaxed. Here are just a few I have learned along the way:

 

 

Race day jitters can completely derail your race before it has even started. Don’t let the negativity ruin all your hard work and preparation! Relax! Follow these tips and remember to banish the negative, and stay positive throughout the race! Try to have fun! Whether this is your first marathon or your 100^th triathlon, remember to celebrate your training and have a great race!

 

Run Happy! And anxiety free!

A stress fracture is a tiny crack in the bone caused by overuse. Most stress fractures occur on your metatarsal bones in your foot but they can occur in any part of the body. Stress fractures develop over a long period of time and are often initially unnoticed. Your bones naturally break down bone and rebuild bone on a continual basis. If too much force in repeatedly applied to the bone, then the breaking down of bone will exceeds the rebuilding of bone. The bone is insufficiently repairing itself. This is called bone fatigue. Over time the bone becomes weaker and eventually cracks. The fracture is very small and is often unapparent on x-rays.

 

Physical activity is always encouraged, but working out too hard too fast puts your body at risk for injury. When starting to work out or changing your workout routine, make sure you give your body time to adjust to the new stresses. It takes time for your muscles and bones gain the strength necessary to absorb the impact of running, jumping, and jarring. When your muscles fatigue, they no longer distribute the forces along the entire bone and the bone has to carry an increase of load. This will lead to fractures. Sometimes even changing the surface you run on can lead to injuries. If you are used to running on the grass or a softer surface, changing to cement or concrete surfaces will force your body to absorb more of the impact. You may not notice the bone fatigue initially but over time, you may develop a small crack in the bone or stress fracture.

 

Stress fracture pain is usually experienced with increased activity. Therefore, one may notice the pain to get worse the more they work out. The pain also occurs earlier in the workout as the fracture progresses. Initially the pain will subside with rest, but as the fracture increases in size the pain will become more constant. The pain may also be elicited by palpating the area over the fracture. Sometime a doctor may use a tuning fork to elicit the pain. The fork causes vibrations in your bone, and if a fracture is present it will cause pain. If no fracture is present, the tuning fork will not cause pain. Your podiatric physician will also take x-rays to rule out any other complications. The stress fracture will often be unapparent on a x-ray because the crack is so small. Therefore, the physician may need to order an MRI or bone scan to further assess the injury.

 

The best treatment for a stress fracture is rest. Chen Lu, a professional figure skater, missed the Olympics due to a stress fracture, Scott Neidemayer missed his Hockey All Star Game, and Yao Ming had to sit out a large portion of the season to nurse his stress fracture. Whether you are a professional athlete or have sport hobbies, you need to rest if you have a stress fracture. The only way to fully recover and prevent the injury is to slow down and allow your body to heal. Changing your workout to less impact sports and slowly increasing your body’s demands is highly recommended. Athletic shoes lose their shock absorptive properties and should be replaced at least every 6 months. NSAIDS can be taken to reduce the pain but should not be taken for long periods of time. If you are experience any foot pain that is continually getting worse, you should see a podiatric physician to assess the injury.

 

This is a guest blog by Dr Peter Wishnie.....Run Happy! And with less stress :)

Let’s look at the research. A recent survey of 30 different studies of runners and decreased immune function that may lead to increased upper respiratory infections revealed little agreement from the experts. Yes, they all agree that moderate activity may enhance immune function, but they describe this as brisk walking for 30 to 45 minutes a day. What runner does that little activity? Most studies also agreed that high-intensity exercise temporarily impairs the immune competence. Hence the increased incidence of upper respiratory infections in marathon runner and especially ultra-marathon runners.  

 

Athletes, when compared with their couch potato colleagues, experience higher rate of upper respiratory infections especially in the few weeks after intense training and races. In non-athletes, increasing physical activity is associated with a decreased risk of upper respiratory infections. 

 

This so-called open window of altered immunity is temporary, lasting from three to 72 hours after an intense, prolonged event. Nevertheless, it presents an ideal opportunity to viruses and other invading pathogens, especially those that enter the body through the respiratory system.  

 

Sounds bad, so what can we do to increase our immunity and avoid the runny-nose syndromes?

 

Several vitamins and minerals, including vitamins A, E, and C, and the minerals zinc and iron, are essential for normal immune function. Vitamins C and E, in particular, are also powerful antioxidants. It has long been known that long-distance running and other endurance events can increase the levels of free radicals—molecules that oxidize and cause damage to cells, including immune cells. The body produces its own antioxidants to counter free radicals and oxidative stress.

 

Many runners, operating under the theory that more of a good thing is better, take vitamin and mineral supplements. And while moderate amounts may very well be beneficial for the active individual, there is little evidence to support taking megadoses, with the possible exception of vitamin C. Some studies found that taking vitamin C (about 600 milligrams/day) for three weeks before an ultramarathon reduced postrace cold symptoms. Other researchers have found that vitamin C supplementation made no difference. Sounds like a multivitamin with extra vitamin C can’t hurt, but may not be our savior! 

 

Should you run when you’re sick? 

 

If you have a cold, most doctors recommend waiting a day or so after your cold symptoms disappear to resume intensive exercise. Mild to moderate exercise (such as walking) when you have a cold is fine. If your illness is more serious—fever, fatigue, muscle aches—you should wait two to four weeks before resuming your training regimen. Like any of us do that! 

Just as intense, extended physical stress can depress certain immune responses, so too can chronic psychological stress and inadequate sleep. So during periods of intense training and before long races, the take-home message is this: keep other life stresses to a minimum if possible. Get enough sleep, avoid rapid weight loss, and eat a healthy diet. Sounds like a no-brainer! 

 

Bottom line: marathon runners are more susceptible to upper respiratory infections. Getting more sleep, decreasing your overall stress and taking a multivitamin with extra vitamin C may help.