The idea of removing scar tissue to treat soft-tissue injuries isn’t new. But there is a new, minimally invasive method of scar tissue removal that’s generating a lot of buzz!
The Tenex procedure, which was created in partnership with the Mayo Clinic as an alternative to surgery, has become an increasingly popular method for resolving chronic cases of plantar fasciitis. If you’re considering the Tenex procedure for plantar fasciitis, keep reading to learn everything you need to know about Tenex!
What Is the Tenex Procedure?
The Tenex procedure is a minimally-invasive, non-surgical medical treatment that uses high-frequency vibrations and a specialized tool to remove accumulated scar tissue from a damaged tendon (or in cases of plantar fasciitis, a damaged plantar fascia ligament)..
Tenex can be used to treat many different kinds of tendon and soft-tissue injuries, including rotator cuff tendonitis, Achilles tendonitis, and patellar tendonitis (jumper’s knee). Tenex can also be used to treat plantar fasciitis. By removing scar tissue, Tenex helps restore mobility and circulation to the injury site, as well as encouraging regrowth of healthy tissue.
Is the Tenex Procedure Effective in Treating Plantar Fasciitis?
Since Tenex was approved in 2013, more than 80,000 procedures have been performed. And the results, so far, are pretty promising. Clinical studies, as well as several years of followup research on post-treatment outcomes, are impressive — although some of the clinical studies are not specific to plantar fasciitis, but rather Achilles tendonitis or rotator cuff injuries.
One study, which followed 34 patients for more than three years after their Tenex procedure, found that even 3.5 years post-procedure, 70% were still satisfied with their procedure. Another larger study, specific to plantar fasciitis, evaluated 53 patients who underwent the Tenex procedure, and found that at 6 months post-procedure, the vast majority (96%) were pleased with their results and would recommend Tenex to a friend. The same study showed that patients’ average FADI (foot and ankle disability index) score improved from 59% to 90% by 24 weeks post-procedure (100% is the best possible score on the FADI).
What to Expect During the Tenex Procedure
After you arrive for your scheduled Tenex procedure, your doctor will use local anesthesia to numb your foot.
Once your foot is numb, your doctor will use ultrasound imaging to precisely locate the scar tissue that he or she will remove with the Tenex Procedure. Your doctor will then create a tiny incision on your heel, and insert a specialized instrument (the Tenex Tissue Removal System, which has a needle-like tip) that releases high-frequency vibrations to destroy scar tissue while leaving healthy tissue unharmed.
The entire Tenex Procedure should take less than 30 minutes, and should not be painful with the local anesthesia. Once completed, your incision will be bandaged, and you will be able to leave the treatment facility (many patients can drive themselves home, but you may want to plan for a ride just in case!).
Post-Procedure Care After Tenex
Expect up to 6 weeks of total healing time that includes extra rest, NSAIDs as needed, and icing for any swelling or tenderness. Your doctor may recommend the use of a walking boot for the first one or two weeks of recovery.
After your incision has fully healed and you are back on your feet (and hopefully feeling incredible!) you’ll want to take steps to keep your feet healthy — and keep your heel pain from returning. For instance, if your plantar fasciitis was caused by the repetitive strain of long days on your feet for work, or the stress of high-impact sports, consider wearing heel cups to support your plantar fascia, and making a new commitment to giving your feet enough rest throughout the day or activity.
Benefits of the Tenex Procedure
The Tenex procedure offers some unique benefits for people who struggle with chronic plantar fasciitis, especially in comparison with surgery:
- Fast relief from heel pain following the procedure
- Shorter healing time, compared to surgery (many people recover in as little as three weeks)
- Small incision that doesn’t require stitches
- No scarring, and very few potential side effects
- Precise tool that, when used with guided ultrasound imaging, can destroy only damaged tissue while leaving healthy tissue intact
- Promising results in clinical studies
- Local anesthesia, instead of general anesthesia
- Typically covered by insurance, making the procedure less expensive
- Good alternative for patients who haven’t had success with conservative treatments, physical therapy, surgery, or cortisone shots
Possible Side Effects and Risks of the Tenex Procedure
There are very few documented side effects of the Tenex procedure, and all are minor and temporary.
As you recover, you may experience pain, redness, tenderness, or swelling in the foot that has been treated. You may also notice some bruising or minimal trauma to the treatment area. You can manage these symptoms with ice packs and NSAIDs as needed. Follow your doctor’s instructions about when to remove the bandage, rest the foot often, use your walking boot as needed, and keep the wound clean as directed for the fastest healing time.
How Much Does Tenex Cost?
The cost of a Tenex procedure will depend on whether or not it’s covered by your particular insurance company (most providers do cover the Tenex procedure), whether the procedure is performed in a hospital setting or a doctor’s office, and whether local anesthetic or sedation is used (most people just need local anesthetic).
Without insurance, Tenex can cost anywhere from $1,600-$5,000 according to representatives from Tenex Health.
What Type of Doctor Performs the Tenex Procedure?
Several different kinds of specialists are trained in the Tenex procedure, including orthopedic surgeons, podiatrists, radiologists, and sports medicine providers. You can find a provider trained in Tenex by using the Tenex locator.
Before you schedule or undergo the Tenex procedure, make sure you verify with your insurance that the procedure will be covered by your chosen provider, and find out whether or not you need a referral.
If you do need a referral as required by your insurance provider, talk to the podiatrist or general practitioner who has treated you for plantar fasciitis.
Have You Tried Tenex?
Have you undergone (or are thinking about undergoing) the Tenex procedure? We want to hear all about it. Tell us about your experience in the comments below!
At first glance, the question of whether or not common sources of heel pain, including plantar fasciitis and heel spurs, are genetic looks like a firm “no.”
There is no such thing as a “plantar fasciitis gene,” or a DNA marker for heel spurs.
However, on closer inspection the question of whether or not plantar fasciitis or heel spurs are hereditary is a little more complex (and interesting!) We dug into the research on heel pain and genetics, as well as consulting some of the leading foot care experts to give you the full scoop!
Is Plantar Fasciitis Genetic?
Again, nobody has a “plantar fasciitis gene” hidden in their genetic makeup. However, there is a strong correlation between plantar fasciitis and other genetic factors.
Dr. Bela Pandit says, “Heel spurs and plantar fasciitis can certainly have a hereditary link. Both obesity (which places excessive stress on the plantar fascia) and foot type (particularly flat feet with tibial tendon weakness) are two significant factors that contribute to plantar fasciitis and have a strong genetic link.”
The Genetic Link Between Plantar Fasciitis and Flat Feet
Flat feet, which leads to pronation (and causes an excessive inward roll as the foot hits the ground), is a homozygous recessive genetic trait shared by about 10%-20% of the general population. If you have one parent with flat feet, your chances of having flat feet too are about 50%. If both of your parents have flat feet, all of their children will have flat feet.
The Genetic Link Between Plantar Fasciitis and Body Weight
Body weight is another significant risk factor for plantar fasciitis, since greater weight places greater strain on the plantar fascia ligament. And while most people tend to think of body weight as a result of caloric intake and expenditure, new research shows that genetics play a strong role in how the body stores and releases fat. Newer studies show that about 50 genes play a crucial role (about 40-70%) in whether or not a person will be overweight.
The Genetic Link Between Plantar Fasciitis and Plantar Fascial Disorder
Plantar fascial disorder, which develops as a combination of plantar fasciitis and plantar fibromatosis (a rare condition that results in excessive connective tissue), has a genetic link as well. Some studies have shown that genetics play a role in how likely a person is to have plantar fibromatosis and plantar fascial disorder.
How Significant Are Genetic Risk Factors for Developing Plantar Fasciitis?
It’s important to remember that genetics are complicated — and just a slice of the pie in determining whether or not a person actually develops plantar fasciitis or heel spurs.
While understanding your genetic risk factors can help you be more proactive in seeking treatment for heel pain or recognize warning signs you might have otherwise missed, genetic risk factors aren’t a surefire diagnosis.
Dr. Robert Kornfeld says, “There’s no simple answer to questions about genetics and heel pain. Diet, lifestyle, and environment (or epigenetics) will always interact with genetic factors like foot biomechanics. Meaning, two people with the exact same foot structure can have very different experiences with heel pain.”
In other words, even someone with “imperfect” feet can avoid heel pain. Dr. Kornfeld says, “Someone might inherit a structural predisposition for plantar fasciitis, but poor diet or lifestyle choices that put the tissues under stress will ultimately be the determining factors on whether or not the condition develops.” He adds, “This is exactly why preventative care is such an important part of modern medicine. We can catch structural or functional deficiencies that stem from genetics, while also intervening on behalf of different lifestyle factors to help prevent these painful and often chronic conditions.”
Are Heel Spurs Hereditary?
In most cases, heel spurs aren’t a result of genetics but rather a symptom of plantar fasciitis. A deteriorating, thinning heel pad combined with inflammation and pressure on the plantar fascia ligament can lead to these painful bone growths that dig into foot tissue.
However, there are also many cases in which heel spurs can develop separately from plantar fasciitis and ultimately cause heel pain. And there is some evidence that genetics play a role in such cases. Arthritic disorders like ankylosis spondylitis and reactive arthritis as well as diffuse idiopathic skeletal hyperostosis have a strong genetic connection — and a strong correlation with the growth of heel spurs.
The takeaway? Make sure to give your doctor a full accounting of your family medical history — even if you’re not sure the condition relates to foot pain!
Lifestyle Choices, Heredity, and Heel Pain
It’s also important to consider that lifestyle choices (like our line of work, hobbies, or activity level), while not genetic, are often tied to our family of origin. Understanding these factors, and making changes as needed, can help avoid plantar fasciitis or heel spurs.
Dr. Steven Rosenberg says, “We are certainly a byproduct of our parents. If they struggle with plantar fasciitis because of their body type or foot type (e.g., flat feet), we’re more likely to struggle as well. We’re also likely to follow in our parents’ footsteps when it comes to lifestyle choices (e.g., sports or running) that might make a person more vulnerable to plantar fasciitis.”
Field of Work
Jobs that involve a lot of time standing, especially on a hard surface like cement (like retail, construction, or nursing), can increase your risk of developing plantar fasciitis or heel spurs. Standing is actually a greater risk factor than jobs that require a lot of walking, since standing in steadily taxes the arch of the foot and supporting muscles, instead of the alternating rhythm of impact and rest while taking steps.
Activity Level and Hobbies
While staying active is a good thing (maintaining a healthy weight can help avoid excessive pressure on the arch of the foot), high-impact sports and exercise routines can increase your risk of plantar fasciitis.
So, if you inherited your parents’ love for running marathons, playing basketball, soccer, or even golf (lots of standing!) you’ll want to keep an eye out for the warning signs of plantar fasciitis.
Was it the norm in your house to wear slippers often, or spend the summer in flip-flops? If unsupportive shoes were a hallmark of your childhood, it’s common to continue those habits into adulthood. Wear shoes that support your arch and help distribute impact properly, and avoid problem shoes like slippers, flip-flops, and high heels. For added cushioning and support to the plantar fascia ligament, wear Heel Seats daily.
Staying Ahead of Genetics and Lifestyle Factors
Remember, genetics and lifestyle factors aren’t a sentence of heel pain and plantar fasciitis. But by watching out for common risk factors, you can stay ahead of chronic pain.
Dr. Rosenberg says that, “If your parents had plantar fasciitis or heel spurs, and you know you’re likely to be more susceptible, don’t be afraid to take preventative care by supporting your feet with orthotics.”
Active Release Technique, or ART for short, is a treatment that was initially developed to treat soft-tissue injuries in athletes as quickly as possible.
Since then, ART has gained popularity with doctors and patients to treat microtraumas, tears, and painful scar tissue in a wide variety of injuries — including plantar fasciitis.
In this article we’ll cover how ART therapy works, how this therapy differs from other soft-tissue treatment methods, potential risks and benefits, how much Active Release Technique costs, and whether ART is effective for plantar fasciitis.
What Is Active Release Technique (ART)?
Active Release Technique (ART) is a patented treatment method that targets injuries to soft tissues in the body (like tendons, ligaments, and nerves). The soft tissues of the body (including the plantar fascia) are vulnerable to injuries like tears, bruising, or pulls, as well as chronic deterioration and microtraumas (small tears that accumulate over time).
Scar tissue and adhesions can build up as a result of these injuries and traumas, which places extra strain on tendons, limits range of mobility, and entraps nerves at the injury site. This scar tissue can lead to significant pain and become a big roadblock to healing, especially in areas of the body that don’t naturally get a lot of blood flow (like the heel and arch!).
ART is performed by a trained medical provider, who uses unique movements and manipulations to help break up painful scar tissue, facilitate blood flow to the injured area, and promote healing.
How is ART Different from Other Soft-Tissue Treatments?
While ART might sound very similar to Graston or deep tissue massage at first glance, Active Release Technight is unique in a few different ways. It can be helpful to compare and contrast these common soft-tissue treatments:
ART vs. Graston
Both of these therapies work to break up adhesions and scar tissue while improving circulation. In Graston, a therapist uses instruments instead of the hands to manipulate tissues. These two treatment methods are often used hand in hand.
ART vs. Deep Tissue Massage
Both of these therapies combine pressure with a series of movements. However, unlike deep tissue massage, the movements in Active Release Therapy do a better job of lengthening and applying tension to scar tissue, which helps break that scar tissue up more effectively. ART and deep tissue massage are sometimes used together in therapy sessions.
How Effective Is Active Release Therapy for Plantar Fasciitis?
As of now, there aren’t peer-reviewed studies that can offer conclusive evidence about the effectiveness of Active Release Technique. However, the feedback from patients and providers is encouraging, and the principles of ART are aligned with tried-and-true treatment methods.
The arch of your foot and heel are avascular. That means these areas get very little blood circulation naturally. When the arch is injured, strained, or overused the body has a more difficult time sending blood cells to the injury, which are crucial for delivering oxygen, nutrients, and collagen to rebuild the damage. That’s one of the biggest reasons why injuries like plantar fasciitis are slower to heal than say, a cut on your arm.
It’s also the reason why ART’s specialized movements to improve circulation and deliver needed blood supply to the plantar fascia and heel are effective. Each of the movements targets a specific muscle, ligament, or tendon in the foot (there’s more than 100, including the flexor digitorum brevis, abductor hallucis, and the flexor digiti minimi brevis!) and deeply works the tissue using principles of friction, lengthening, and pressure to increase circulation and break up stubborn scar tissue.
Potential Risks and Benefits of Active Release Technique
As with any treatment, ART has unique benefits to offer, along with a few risks that can be summed up as follows:
Potential Benefits of ART
- Helps improve circulation and blood flow to the avascular plantar fascia
- Targeted movements break up scar tissue and adhesions
- Improved blood flow delivers oxygen and nutrients that may speed up healing time
- Improves the flexibility of the foot and range of motion
- Relatively inexpensive compared to many medical interventions
Potential Risks of ART
- The procedure can be moderately painful because of the targeted, intense pressure of the movements that aim to break up scar tissue and adhesions
- Outcomes haven’t been well documented in studies — but that’s because the studies haven’t been done. (There is promising anecdotal evidence from providers and patients).
- While ART can be very successful in reducing pain and improving mobility, it isn’t a cure. ART should be done in tandem with lifestyle changes that address why heel pain and plantar fasciitis formed in the first place (like overuse, repetitive stress, or gait imbalance).
What to Expect During an ART Session
Expect your ART session to be part evaluation, part treatment. Your provider will first determine the health, strength, and flexibility of your fascia, ankle, toes, and surrounding muscles and ligaments.
After this evaluation, your provider will use his or her hands to apply pressure, friction, and lengthening techniques to the fascia and surrounding tissues. You will likely be an active participant in your treatment session, moving and standing in different ways to maximally lengthen muscles and ligaments. Keep in mind that these movements can be painful, particularly for individuals who have low pain tolerance; however, most people find that they can tolerate the procedure, and that relief from symptoms occurs within just one to four sessions.
Can I Do ART for Heel Pain at Home?
The movements in ART are extremely specific and deeply work the muscles, tendons, and ligaments in the foot. Without specialized training, trying to apply the necessary pressure and friction to the foot could result in injury.
While there are many easy massage techniques that you can do at home to help improve blood flow, circulation, and break up scar tissue, it’s best to leave Active Release Technique to trained physicians.
Finding an Active Release Technique Provider
If you’re interested in trying ART, there are several different types of providers that offer this therapy. Physical therapists, massage therapists, chiropractors, and doctors are often trained in Active Release Technique.
You can find a certified ART provider in your area by using the directory on the ART website. More than 10,000 providers have been trained worldwide, so chances are high that you have one or several providers nearby!
Cost of Active Release Technique
The cost of ART will depend on your provider, and your insurance coverage. If the therapy is covered by your insurance (and many insurance providers do cover ART if they cover physical therapy), you may only be responsible for a co-pay.
However, even if you are uninsured or your insurance does not cover physical therapy, Active Release Technique is still generally more affordable than many other treatments. Expect to pay similar rates as a chiropractic session or massage visit. You may be able to get a discount for booking several ART sessions upfront (most people need between one and four sessions).
Supplementing Active Release Therapy
While ART is a promising treatment for cases of stubborn or chronic plantar fasciitis, it’s not a miracle cure or a stand-alone treatment. By taking steps to treat the underlying cause of your plantar fasciitis (the reason the condition developed), you can help make sure your arch and heel stay healthy!
Make sure to maintain tried and true conservative treatments that address common causes of plantar fasciitis (like inflexibility and muscle weakness, overuse, and strain to the arch) by regularly stretching and strengthening your arch and surrounding tissues, resting and icing your feet often, and supporting and realigning your arch to a proper height with quality orthotic inserts.
As it turns out, turmeric (more specifically its active compound, curcumin) is more than just a delicious seasoning for your favorite Indian takeout dish.
This fragrant yellow spice, a close relative of ginger, is also renowned for its anti-inflammatory properties, antioxidant effect, weight management support, and pain relief.
Wondering if supplementing with turmeric can help improve your heel pain or plantar fasciitis in a natural way? We have your answers!
Is Turmeric (Curcumin) Good for Plantar Fasciitis?
Turmeric (curcumin) shows a surprising number of health benefits that may improve heel pain from plantar fasciitis:
One of the most compelling benefits of using turmeric for plantar fasciitis is its pain relief properties. One study conducted by the Cytokine Research Laboratory found that the curcumin in turmeric was a more effective anti-inflammatory than aspirin and ibuprofen, and has pain-relief properties on par with phenylbutazone and hydrocortisone.
This is fantastic news for people with chronic plantar fasciitis who are concerned about the negative side effects (like liver damage and ulcers) that can arise with long-term or heavy use of NSAIDs.
Curcumin is also renowned for its antioxidant properties — which can make a big difference in how quickly your body heals from damage to the plantar fascia!
The cells in your body create “free radicals” as part of their normal metabolic cycle. And when inflammation is present in the body, free radical production goes up. Without antioxidants (which neutralize free radicals), these harmful free radicals have the potential to further damage the cells and organs in the body. Adding antioxidants like curcumin to your diet while you recover from an injury can help your body heal.
When the plantar fascia becomes damaged through overuse or injury, the body sends a flood of proteins and cells to the injured area to do damage control. This immune response shows up as inflammation, swelling, and redness in the heels and arch of the foot.
A review of clinical research by Thorne Research showed that curcumin has significant anti-inflammatory properties that can improve injuries like muscle strain, sprains, and plantar fasciitis. One study conducted by the Universiti Kebangsaan Malaysia Medical Centre found that when mice were given curcumin for one month, several markers of inflammation (like paw thickness) decreased significantly.
Weight gain can put extra strain on the arch of the foot, increasing your risk of developing plantar fasciitis. Turmeric has been shown to help individuals maintain a healthy body weight by slowing the growth of fat cells, helping the body metabolize fat more easily, and preventing the formation of adipose tissue.
One study conducted by Velleja Research showed that after supplementing with curcumin, participants lowered their BMI by 2%-6%.
Using Turmeric for Inflammation
While there isn’t a standardized dose of turmeric to help improve your plantar fasciitis, many studies have concluded that, even at high doses, turmeric is safe for consumption. The most common mild side effect that you may notice is gastrointestinal discomfort, which can be avoided if you add turmeric to your diet slowly (instead of a high dose all at once!)
In general, it’s a good idea to take the most natural (organic and minimally processed) form of turmeric/curcumin that you can find, to help your body most easily absorb it.
The most common ways to use turmeric/curcumin include the following:
You can make turmeric paste by mixing ¼ cup turmeric powder with ½ cup water, then heating on low until a thick paste is formed. This mixture can be kept in your fridge for several weeks. This paste can be eaten in turmeric milk (recipe below) or applied topically by mixing with coconut oil or olive oil spreading across the heel and arch of the foot. Massage this paste into the skin, wrap with plastic wrap, and leave on for an hour.
Turmeric Milk or Turmeric Tea
Add a piece of raw turmeric root (½ inch to 1 inch) or a teaspoon of turmeric paste to a cup of milk in a saucepan. Heat slowly to simmer, but do not boil. Any kind of milk (almond milk, coconut milk, cow’s milk) will work! For turmeric tea, repeat this same process with water. If you like, add a little bit of butter and maple syrup!
Curcumin can also be taken in concentrated form through capsules. Make sure you consult with a doctor on the right dosage for you before you begin taking curcumin capsules, since this method of taking turmeric is the most potent, and your doctor will have helpful insight into your unique health history.
Curcumin can also be taken as a food-grade essential oil, either topically or by mouth. If you don’t like the taste of turmeric milk, this can be a good way to take turmeric in a concentrated form!
Keep in mind that, like other anti-inflammatories, turmeric is a blood thinner and should not be taken during pregnancy or before surgeries and medical procedures. Turmeric can also change how some medications interact with your body (like anti-depressants). When in doubt, talk to your doctor!
Treatments to Try in Addition to Turmeric
Keep in mind that while turmeric shows a lot of potential for lowering the inflammation and pain in your heels or feet, it won’t treat the underlying cause of your heel pain.
If you do decide to supplement with turmeric, make sure you use it alongside these proven remedies to banish your heel pain for good!
While inflammation certainly does play a role in plantar fasciitis and heel pain, most podiatrists believe that deterioration of the arch (including flattening, small tears, and micro-injuries) is the most common underlying cause of plantar fasciitis. By lifting, cushioning, and re-aligning the arch of your foot with high-quality orthotic inserts, you can help your damaged arch heal.
For fast pain relief that calms redness and swelling, ice your feet regularly. The cold from icing numbs pain receptors, and is just the ticket after a long day on your feet.
Rest is absolutely vital to addressing the cause of plantar fasciitis, since this condition is often a result of overuse. Take a break from high impact sports (like soccer or jogging), give your feet plenty of breaks from long periods of standing at work, and allow your arch time to recuperate and repair itself.
Tight, inflexible muscles and tendons in the feet and legs can put you on a fast track to plantar fasciitis. Stretching the feet, heels, ankles, and calves can improve your strength and flexibility, as well as breaking up adhesions and improving circulation in the feet. While it might sound simple, stretching for a few minutes every day can make a significant difference in your pain!
Have you tried supplementing with turmeric? We’d love to hear about your experience in the comments below!
Knowing the difference between the two, and also how they’re related to one another, can help you determine which one you’re suffering from, set a course for treatment, and reduce symptoms of pain and discomfort.
Knowledge is power when it comes to managing, treating and beating your heel and foot pain.
Keep reading below to arm yourself with knowledge and get back on your feet–comfortably!
What’s the Difference Between Heel Spurs and Plantar Fasciitis?
The main difference between plantar fasciitis and heel spurs lies in the source of the pain. Pain from plantar fasciitis is typically felt in the arch of the foot and the heel due to damage or overuse of the plantar fascia. Heel spurs, or tiny jagged calcium deposits on the heel bone, develop in response to the trauma to the plantar fascia and are localized to the heel.
Causes of Heel Spurs vs. Plantar Fasciitis
Think of heel spurs and plantar fasciitis as a one-two punch. Plantar fasciitis is caused by stress and damage to the plantar fascia ligament, the area between the ball of your foot and the heel on the underside of your foot. This stress can be caused by carrying extra weight, wearing worn or unsupportive footwear, trauma to the foot, or spending an excessive amount of time on your feet.
Heel spurs develop as a secondary result of plantar fasciitis. When the plantar fascia ligament is damaged, the body creates what’s known as heel spurs–small, sharp calcium deposits on the heel bone–in an attempt to support the damaged fascia. Unfortunately, if left untreated, heel spurs can further damage and erode the fatty pad that supports your heel and do permanent damage to your foot.
Symptoms of Heel Spurs vs. Plantar Fasciitis
The simplest way to describe heel spurs is a stabbing sensation in your heel(s)–which makes sense, because that’s exactly what happens. The sharp calcium deposits building up on your heel bone are literally stabbing into the fatty pad of your heel. You’ll likely notice that the pain is worst first thing in the morning, and can come and go throughout the day.
Plantar fasciitis on the other hand encompasses a broader range of symptoms localized in the foot and heel area. Symptoms of plantar fasciitis may be present for some time before you feel the stabbing sensation of heel spurs, since untreated plantar fasciitis and a strained or damaged fascia are the primary causes of heel spurs.
Symptoms of plantar fasciitis include redness, swelling and inflammation in the heel and fascia (the area between the ball of your foot and your heel). You’ll likely experience sharp pain that’s worse in the morning and may get better as the fascia are stretched throughout the day. An aching, burning pain in the heel is the hallmark of plantar fasciitis.
Treatments for Heel Spurs vs. Plantar Fasciitis
Treating plantar fasciitis (which can lead to heel spurs if left untreated) quickly is key to avoiding additional damage. Give your feet rest breaks during the day if you’re spending a lot of time on your feet, and dial down the exercise routine if necessary. It’s also important to ice your feet to reduce inflammation (these Ice Pack Therapy Slippers strap onto the foot and stay in place with velcro, giving you targeted relief for inflammation).
For both plantar fasciitis and heel spurs, it’s critical to wear shoes that have a thick cushioned sole and aren’t worn out at the heel. It’s also important to maintain a healthy weight to avoid adding additional strain to the plantar fascia and heel. One of the best ways you can treat both plantar fasciitis and heel spurs is to use affordable orthotic inserts. They’re effective in greatly reducing or eliminating pain for 90 percent of customers, they only cost about the same amount as a lunch out on the town, and are a great alternative to costly, heavy orthotic shoes or more drastic (and typically unnecessary) surgery. Heel spurs and plantar fasciitis can sound intimidating–and feel even worse. But with a few ounces of prevention and consistent, proven remedies, you’ll be feeling better in no time.