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Hallux Rigidus Surgery: Is a Big Toe Cheilectomy Right for You?

cheilectomy surgery

Cheilectomy is a surgical procedure performed on the great toe to remove spurring from the top of the joint. However, to truly understand cheilectomy surgery we must start at the beginning by explaining a foot problem referred to as hallux rigidus. The surgery is performed to help with pain in the great toe joint and also on top of the great toe joint.

What is hallux rigidus?

Hallux refers to the big toe and rigidus means that the great toe joint is stiff. The great toe is referred to as the first metatarsophalangeal (MTP) joint. Normally it should be able to move 60 to 70 degrees off the ground. With hallux rigidus range of motion of the great toe is reduced. Sometimes it may be 30 degrees and other times motion may be reduced a great deal more, maybe only 10 degrees. Generally, with more restriction of motion there is more pain associated with the problem. In laymen terms what is really occurring is that the great toe joint is becoming arthritic, commonly referred to as osteoarthritis.

Another name that was used to describe hallux rigidus is hallux limitus. It is used to describe the same thing, however the name in recent years has been changed and many doctors agree that hallux rigidus is more severe than hallux limitus. With hallux rigidus you will get bone spurs on the top of your big toe. You may find that your shoes rub this area, and it becomes painful to wear certain shoes. You may also get pain in other areas of the foot, leg, knee or back from favoring the great toe joint. Understand the great toe joint is one of the most important joints of the foot to allow you to walk or run normally.

How does hallux rigidus affect your gait or walk?

When you have lack of motion in the great toe you’ll roll to the outside of your foot as you push off the ball of your foot. You have to do this because the joint motion is limited so you have to get motion elsewhere and you achieve this by rolling onto the ball of the foot by the smaller toes. The modification in your gait may cause all kinds of other aches and pains. Frequently the first think to happen is you start to notice pain in the great toe, but you may adapt the pain by favoring the great toe thereby reducing the pain in the toe joint and increasing pain in other areas up into your ankle knee or hip joint. But it all started in your dysfunctional great toe.

What causes hallux rigidus?

  • Trauma – you may have had a severe sprain or jamming of the great toe joint. You may also have had a fracture in the joint. Both can damage the cartilage in the joint and therefore start the arthritic process.
  • Other arthritic conditions – If you have chronic gout your gout attacks frequently occur in the great toe joint. Because a gout attack causes severe inflammation in the great toe joint this will cause damage to the cartilage. The same idea holds true with autoimmune conditions such as rheumatoid arthritis.
  • Improper biomechanics – This is by far the most common cause. For the big toe to move up to 60-70 degrees of the ground two motions need to occur. First the great toe, hallux will move up 20 degrees. However, the first metatarsal bone forms the portion of the great toe joint that you bear weight on needs to push down against the ground. When the first metatarsal head pushes down against the ground the great can now glide up higher another 40 degrees to get up to 60-70 degrees of motion. It’s as if there are two axis of motion. One axis of motion allows the toe to move up 20 degrees then when the first metatarsal bone moves downward the great toe can move upwards even more. If the first metatarsal cannot move down then the great toe will jam as it tries to move upward. This jamming on the top of the joint is what causes spur formation and also wearing down of the cartilage on the upper portion of the joint. So now you may have pain from the spurring on the top of the joint rubbing shoe gear, and pain on motion of the joint as it jams as it moves upwards.

Non-surgical treatments to avoid cheilectomy surgery

  • Anti-inflammatory – To reduce pain and swelling Anti-inflammatory drugs may be used in the early stages as a pain reliever. However, long term use may be detrimental to the health of the joint.
  • Orthotics – depending on the type of custom-made inserts called orthotics are very helpful in the early stages of Hallux rigidus as the help to combat the biomechanics the promote the condition and may offer some pain relief. If the type of orthotic you’re using is store bought or not created from a non-weight bearing impression of your foot it may not be effective.
  • Regenerative medicine – The use of human cellular tissue products may be used to successfully eliminate pain in the joint and delay or possibly eliminate the need for surgery in some cases. Many of you are aware that stem cell treatments are commonly done for arthritis knees however very few realize this is an option for the great toe joint. See below to understand why the great toe has more opportunity to repair itself. And please watch this video.

What is involved in cheilectomy surgery?

Cheilectomy surgery is a procedure involving removal of the excess bone on the top of the joint and revising the joint of the big toe. If there is significant damage to the cartilage in the joint, then microfracture technique may be part of what the surgeon does during surgery. By making small drill holes(microfracture) in areas of the joint where cartilage is worn down to bone this will allow blood into the joint after surgery and in doing so allows repair of the damaged cartilage. The cheilectomy surgery technique works very well on the great toe joint. It is believed that cartilage has a difficult time repairing when there is vertical load on the cartilage. This would be the situation for a knee or hip joint. However, there is very little vertical load on the great toe joint the microfracture technique will have more potential benefit.

Post operative recovery – most patients are able to walk immediately after surgery in a surgical shoe or Cam walker. Sutures are usually removed between 2-3 weeks after surgery so the foot will have a dressing on during that time and the foot will need to be kept dry. Most patients are going back to shoes in 3 weeks and returning to some activities by 4 weeks and more full activities by 6-8 weeks. The risk of this surgery are not as significant as other foot surgery but you should be aware of them as problems such as blood clotting referred to as deep vein thrombosis may occur.

How to reduce the chances of joint fusion or joint replacement?

It needs to be stressed that this procedure may not be the end of your great toe pain. It’s possible for the cheilectomy procedure to work for years but the arthritic condition continues. Pain returns as the joint becomes more damaged and needs to be replaced or fused.

Regenerative medicine – The big toe joint has an unfair advantage for stem cell treatments to work. This is because the vertical load on a joint inhibits repair on joint cartilage and the great toe joint has very little vertical load. The procedure is simple to do. It’s done in a clinic setting and you’re able to walk immediately returning to regular shoes in 48 hours with no pain pills needed. Also, it important to consider before you symptoms become severe

Surgical treatment – If surgery is considered earlier, it is better to do a cheilectomy. First you need to have pain to consider a surgical approach. However, removal of the bone spurs and revising the joint with the microfracture technique may have a greater benefit long term if its done before the damage to the joint has become severe.

In summary

Cheilectomy surgery may not be the only surgery option, but if you wait too long it could result in hallux rigidus.

Regenerative medicine has an important role in reducing or delaying the need for surgery including fusion and joint replacement. And should be done early.

Schedule your appointment online or call our Fort Collins and Broomfield, Colorado locations to connect with a trusted foot doctor near you at our renowned foot and ankle clinic.

Frequently asked questions

1) What is a big toe cheilectomy, and how does it help with hallux rigidus?

A big toe cheilectomy is a surgical procedure that removes bone spurs and part of the arthritic joint to improve movement and reduce pain in patients with hallux rigidus—a condition that causes stiffness and pain in the big toe. It is most effective in the early to mid-stages of the condition, helping to preserve joint function and delay the need for more extensive surgery.

2) Who is a good candidate for a big toe cheilectomy?

This procedure is ideal for patients with mild to moderate hallux rigidus who experience pain and restricted motion due to bone spurs but still have some cartilage remaining in the joint. If arthritis is severe or joint damage is extensive, alternative procedures like joint fusion (arthrodesis) or joint replacement may be more suitable.

3) What is the recovery time after a cheilectomy?

Recovery typically takes 6 to 8 weeks. Most patients can walk with a stiff-soled shoe within a few days but should avoid strenuous activities for several weeks. Swelling and stiffness may persist for a few months, and physical therapy may be recommended to restore mobility and strength.

4) What are the risks and potential complications of this surgery?

As with any surgery, risks include infection, nerve damage, prolonged swelling, or incomplete pain relief. In some cases, arthritis may continue to progress, requiring future procedures. However, most patients experience significant pain relief and improved mobility after surgery.

5) Will I be able to return to sports and physical activities after a cheilectomy?

Many patients can resume low-impact activities such as walking and swimming within a few weeks. However, high-impact sports like running and jumping may take longer and could be limited if arthritis worsens. Your surgeon will guide you based on your healing progress and activity goals.

Call us today at our Fort Collins location (970) 484-4620, Broomfield location (720) 259-5053 or use our online scheduling system to book your appointment.

Does regenerative medicine eliminate plantar fasciitis? Julie shares her severe heel pain story!

Julie was giving up her golf game . Her heel hurt so bad she had to be rescued by a golf cart. We discussed her treatment options with the goal of getting rid of the pain that was ruining her life and avoiding heel surgery. Please watch to learn more. If you’d like more information about how we can help eliminate your heel pain using our advanced technologies please go to our website.

Sports and Exercise Training – Ouch! What do I do if I’m Injured? Part 2

Sports and Exercise Training – Ouch! What do I do if I’m Injured? Part Two of Two

By Anderson Podiatry Center, in consult with Dr. Stephen Wilkinson, DPM, Sports Medicine Specialist at Anderson Podiatry Center

Injury Treatment Plan
In our last blog we covered the steps Dr Wilkinson takes to obtain a complete analysis that forms the basis of a sound and effective treatment plan for foot and ankle and lower extremity injuries. Those who become injured during training can benefit from an efficient, effective treatment plan to keep downtime to a minimum and still be able to reach their fitness or event goals.

This time we’ll explore some of the nutritional, physical and mental approaches Dr Wilkinson uses to help you get past your injury, get to your event or goal and help prevent future occurrences.

At Anderson Podiatry Center and our Center for Regenerative Medicine, Dr Wilkinson uses a mind and body restorative process and training redirection to help you meet your goals. This includes addressing nutrition, sleep, mental attitude, injury mechanism, training or exercise schedule as well as equipment and the potential of your current injury. He thereby devises a rehabilitation program specific to your needs. Advanced modalities are used when needed to accelerate healing. The following explains his approach to these individual parts of the rehabilitation process:

Moving Past your Injury – Focus On:

1. Nutrition

  • Although a basic nutrient allocation of 20-30% fat, 10-30% protein, and 45-65% carbs is optimal for those with an active lifestyle, requirements of activity, work and family make this easier said than done. Dietary balance should also be adjusted based upon the unique situation of each athlete. I.e. heavier athletes may include weight loss as a goal, and injured athletes may benefit from an adjustment in the recommended nutritional ratios and/or additional supplements.
  • It is not uncommon to see deficits in calcium, magnesium, vitamin D and iron. Test values are used to indicate replacement or supplements in the correct combination.

2. Sleep

  • The demands of modern life have contributed to a Healthy People.gov report that approximately 25% of average Americans have insufficient sleep half of the time. This, unfortunately, includes athletes, who have increased sleep demands during training, injury or illness. Sleep evaluation and intervention often involves a sincere allotment of time per daily and required activities, in addition to assessment with regards to activity required for sports goal success. Lower priority activities may need to be curtailed: a potentially tough decision but something’s gotta give to provide the long-term sleep requirements for progress in training and/or injury healing.
  • When sleep requirements for training exceeds the amount of daily sleep time available, additional time may be needed to safely reach goals despite many athletes’ desires to charge forward. Here, the vision and experience of a sports medicine consultant can be essential.

3. Mental Attitude

  • Possibly the most beneficial development that occurs when we strive to achieve more involved fitness or event goals is the process through which athletes improve their mental attitude. Improvement in self-confidence and improved self-image can often elevate an athlete’s success capacity beyond what was formerly believed. Important in this process is the conscious control of physical and emotional stress which must include appropriate and attainable goals and small interval reward breaks to allow for physical healing and mental reward for a job well done.
  • Visualization and self-talk, either alone or with a motivation/visualization coach is important preparation for success. Mental preparation and mental toughness require the acceptance of a fluid process with ups and downs in reaching a goal. The ultimate success of this process involves arriving at the final event both physically and mentally prepared.

4. Injury Mechanism

In foot, ankle and lower extremity sports injuries, understanding the injury mechanism is critical to successful intervention. In sports injuries, even in the most complex cases, there is typically a single event or pattern of recurring events that is at fault.

  • Single act injuries are often improved and resolved by isolation, rest, and regeneration.
  • Injuries from chronic repetitive mechanisms can often be overcome through improved balance and redirection of forces to other targeted areas.

The sports medicine consultant can be essential in determining the offending mechanism and developing a recovery program for effective intervention.

5. Training or exercise guidance: schedule and equipment

Once the site and mechanism of injury are identified, a training schedule and specific rehabilitative equipment can be utilized to isolate injury areas, protect healing tissue, and strengthen supportive structures to allow for recovery. Often previously ignored core strengthening exercises, including those for posture and balance, can be performed on readily available equipment such as treadmills and ellipticals. We target larger protective muscle groups and pay specific attention to joint alignment and position, which can have a significant impact on energy utilization and other muscle function. Core strengthening and joint mechanics are often ignored by athletes due to time constraints or lack of specific training with regards to their importance. Attention to these areas in training not only promotes injury healing but also may elevate the athletes post-injury performance above pre-injury levels.

6. The potential of your current injury

The importance of understanding the athletes’ degree of injury and potential recovery cannot be overstated. Most injuries can be overcome with simple interventions. Occasionally, the extent of injury and the recovery potential requires an adjustment in goals and/or time to reach those goals. Additionally, some injuries may require advanced modalities such as prescription orthotics, regenerative medicine modalities, or corrective surgical interventions. As stated previously, appropriate evaluation and management with a clear understanding of time table and athlete goals is essential to success. Sports medicine consultants with proven event success can be essential to this process.

7. Advanced Modalities

These can include custom orthotics and regenerative medicine products:

  • Orthotics: custom-made shoe inserts that are designed to correct abnormal or irregular foot or leg biomechanics. While over-the-counter foot orthotics are available and may help people with mild symptoms, they normally cannot correct the wide range of symptoms that prescription foot orthotics can. Prescription orthotics are custom made to fit an individual’s unique foot structure. If you exercise and train often, you most likely can benefit from an orthotic that best addresses your particular activity, shoe gear, and foot type.
  • Regenerative medicine: an exciting new option for fast healing with little downtime, these products stimulate your body at the cellular level, giving it the power to regenerate injured joints and tissues. At Anderson Center for Regenerative Medicine, we use three types of regenerative medicine products.

If you have an important goal to accomplish and are hindered by running or exercise pain, foot problems or injury, ankle injuries, plantar fasciitis or other problems, give Dr Wilkinson a call at Anderson Podiatry Center and Anderson Center for Regenerative Medicine. He is ready to listen and understand, and to help.

To make an appointment with Dr. Wilkinson, Click HERE

Dr. Wilkinson is an ultra-runner, having completed many 50 and 100-mile races. As a Podiatrist who has successfully weathered his own sports injuries in the past, Dr. Wilkinson enjoys working with patients who are also athletes pursuing their own fitness goals. He believes in injury prevention through gait analysis, biomechanics, and sound, reasonable training techniques but is also an astute provider of clinical and surgical methodology to help return injured athletes to their playing field. Learn more about sports medicine injury treatment

Chronic Nerve Pain: Hope vs. Medication

My motivation for writing this blog is to reach out to those taking medications for their nerve pain; to encourage you to pause and consider other options for treating your restless legs or neuropathy. To help illustrate my point, I would like to share with you a story:

A patient I recently saw, I’ll call her Carol, had been to my office years ago and had surgery performed on one of her feet. She returned with a new complaint of chronic nerve pain, having been told she had neuropathy. She was also concerned that her foot was going to need surgery to fuse an arthritic joint. So, she had nerve pain and joint pain.

It had been 10 years since I had seen her, and she had gained some weight since then. The weight gain started when she sought treatment for her neuropathy. A pain specialist she was referred to treated her nerve pain with a heavily marketed drug for treatment of diabetic nerve pain.

She, like many others I see, was taking a lot of this medication. It does reduce some of the pain, but the trade-off is she had now gained 30-40 pounds, which is a common side effect.

Because I am confident that many of these folks can have their nerve pain reversed, it’s personally very frustrating to hear these stories. I’ve seen four patients this year who have gained 60 pounds. Yes, 60! Imagine the strain that puts on the rest of the body. High blood pressure, potential for diabetes, increased cancer risk, not to mention joint pains that will limit activity even more.

Over time, with the added weight, her arthritic feet became more painful.  She was now also on a narcotic medication to help manage all this pain, which puts her at risk for addiction.

I reviewed with her the new treatment options we offer. Though there are no guarantees, we do have a very high probability of reversing her severe nerve symptoms using our nerve decompression procedures. She will need to slow down for a few days, but will be walking the next day.

Once her nerves start functioning better, there is a good chance she can get off these drugs, or at the very least, lower the dosage. With her her nerves functioning better she may have more arthritic pain since she will now be able to feel her joints. If that occurs we will consider regenerative treatments using FDA-approved placenta cells to help her arthritic joints. As a last resort, it will be back to surgery to fuse the joints.

I believe most of this could have been avoided. However, stories like Carol’s will continue to motivate our research team at Anderson Podiatry Center for Nerve Pain to bring more research and understanding to you, and those in the medical profession.

Please consider this: we believe many of you don’t need to go down the medication pathway, as it can be very destructive.  Next time you or someone you know has been told to consider a drug for a nerve issue, know that there are more advanced treatment options.

Our desire is to address the cause of the problem, explain your treatment options, and ultimately, give you more hope.
chronic nerve pain treatment