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Clarksville, TN

Plantar fasciitis and heel pain care in Clarksville

Pain under the heel on those first steps out of bed is a familiar pattern. We look at what's behind yours, then plan around the standing, walking and activities you miss.

Back anatomical view of ankle & foot, marked at: under & behind the heel
Under & behind the heel · About this area

Plantar heel pain is pain under the heel, often linked to the plantar fascia along the sole of your foot, and plantar fasciitis is a common diagnostic name for it. First-step pain after rest fits the picture, but the pattern alone can't confirm the cause. We treat plantar fasciitis and heel pain at our Clarksville practice. This page covers the signs that need a doctor, what plantar fasciitis is, what a heel pain visit with us involves, the five things we use for it and their limits, and how long it tends to last.

When does heel pain need medical attention?

The NHS advises getting heel pain checked if the pain is severe, worsening or keeps coming back, limits ordinary activities, hasn't improved after two weeks of looking after it yourself, or comes with tingling or loss of sensation. Foot pain in anyone with diabetes also deserves medical attention.

If it started with an injury and you can't bear weight, the foot looks deformed, it's numb, or it's cold or discolored, get urgent or emergency assessment, as our ankle injury guide explains.

What is plantar fasciitis?

MedlinePlus describes the plantar fascia as the thick tissue on the bottom of the foot that connects the heel bone to the toes and creates the arch. The NHS says plantar fasciitis is caused by straining that tissue, and that it's not always clear why it happens. The most common symptom is pain and stiffness in the bottom of the heel, dull or sharp. MedlinePlus lists when it's often worse, including with your first steps in the morning, after standing or sitting for a while, when climbing stairs, and after intense activity.

Between them, the two sources list what makes it more likely: a lot of standing, walking or running, or a sudden jump in how much you do; a tight calf or Achilles tendon; flat feet or high arches; shoes with poor cushioning or support; and being overweight. The NHS adds being 40 to 60 years old. A heel spur isn't the explanation it was once thought to be. MedlinePlus notes that on X-ray, spurs show up in people with and without plantar fasciitis.

What details about plantar heel pain matter most?

Exactly where it hurts, if it's worse after rest or long standing, and what changed recently in how you walk, work or exercise: those details matter most, and the NHS guide to plantar fasciitis covers them along with common care options.

Everyday details count too: which shoes you tolerate, how long you can stand, how the foot feels afterward. Shoe advice is more useful when it fits your symptoms and your job; no one shoe fixes everyone's mechanics.

What a heel pain visit with us looks like

One of our chiropractors starts with a detailed history of your heel pain. Then comes a thorough foot exam, which includes specific orthopedic tests, reflexes and palpation, meaning we press along the heel and sole to find where it's tender.

We don't take foot X-rays. MedlinePlus describes the check for plantar fasciitis as a physical exam, and says X-rays may be taken to check for other problems. If what we find points to something outside what we treat, we'll tell you and refer you.

Separately from the exam, we may use our Moti posture scan, a depth-camera measurement of how you stand, to look at balance between the two legs. It's a measurement, not a diagnosis, and that page explains its limits.

Then we explain what we think is going on. Any plan we recommend follows the exam and fits your condition and goals, like getting through a full shift on your feet.

Plantar fasciitis treatment options at our office, and their limits

For plantar fasciitis and heel pain, what we may recommend after the exam includes:

  • Class IV laser therapy. The foot and plantar fascia are among the areas where we commonly add our Class IV laser to a plan. The manufacturer intends it for temporary relief of minor muscle and joint pain and stiffness.
  • Dry needling. A thin, solid needle placed into a tight band of muscle, with nothing injected, done by one of our chiropractic physicians. Our dry needling page covers what it feels like and where the risks are.
  • StemWave. A focused acoustic wave device, which we use on the plantar fascia. The manufacturer lists it with the FDA as a Class I therapeutic massager for temporary relief of minor muscle aches and pains. That listed use doesn't name plantar fasciitis, and it isn't FDA clearance or approval. Our StemWave page explains the difference.
  • Rehab and stretching. Rehab exercises and stretching.
  • Orthotics. We offer Foot Levelers orthotics, which are inserts worn in your shoes.

Which of the five go into your plan, if any, depends on what the exam finds, and we go over what we found before recommending anything.

The new-patient chiropractic offer has its own terms. Anything added after it has its own fee, and the office can confirm it before you agree to it.

What does the research say about these treatments?

The research below is about each kind of treatment, not about each of our devices. We searched PubMed for studies of StemWave by name in October 2026 and found none.

Stretching. A 2003 randomized study of chronic plantar fasciitis symptoms compared stretching aimed at the plantar fascia with Achilles tendon stretching. After eight weeks, the fascia-specific group did better on selected pain outcomes. Both groups also got other care, and not everyone completed follow-up. It was one study of two stretches in people with long-standing symptoms, so it can't speak for every heel problem or schedule, and it didn't test spinal adjustments for plantar fasciitis.

Shockwave therapy (other devices, not StemWave). People search for StemWave and shockwave therapy together, so here's what the shockwave research says. It's about other devices, and it doesn't tell you what StemWave does. The NHS lists extracorporeal shock wave therapy among the treatments that may be offered when insoles, exercises and the like haven't helped. A 2025 review of 15 randomized trials found it did better than placebo for pain, and better than corticosteroid injection on a foot function score. In the same review, custom orthotics improved function more than shock wave therapy did, and platelet-rich plasma injection did better than it for both pain and function.

Orthotics. A 2018 review of 19 trials found moderate-quality evidence that foot orthoses reduced pain more than sham inserts at 7 to 12 weeks, though the authors weren't sure the difference was big enough to matter clinically. Before 6 weeks and after 12 weeks, the evidence was very low in quality and showed no benefit for pain or function. It found no difference between custom-made and prefabricated inserts at any time point. The review covers foot orthoses in general and doesn't single out a brand.

Dry needling. In a 2014 trial of 84 people with plantar heel pain, real dry needling reduced first-step pain more than sham needling at six weeks, by less than the amount researchers treat as the minimal important difference. Minor, short-lived side effects followed 32% of the real needling appointments. A 2021 review of six trials found dry needling improved pain and disability compared with the comparison groups, rated that evidence low to moderate in quality, and urged caution because the trials were few.

Laser. A 2026 meta-analysis of 13 trials with 784 participants found laser therapy may reduce heel tenderness but didn't consistently improve overall pain, function or the thickness of the fascia. Its authors concluded laser should be considered an add-on and not a primary treatment. The trials mixed low-level and high-intensity lasers, so they don't describe any one device.

Taken together, the research is mixed and mostly modest, and none of it is on StemWave itself. It can't tell you what your own result will be.

Risks, alternatives and what we don't do

Dry needling, shockwave and laser each have side effects worth knowing before a first session. With dry needling, soreness at the spot for a day or two is common and bruising can happen, and our dry needling page covers the rarer serious risks, such as a punctured lung after needling near the chest wall. With shockwave devices in general, a review of 39 plantar fasciitis studies covered 2,493 patients and roughly 6,400 treatment sessions. In it, 225 patients reported pain during treatment and 247 reported temporary skin redness afterwards, and swelling, bruising and altered sensation were also reported. Two complications occurred: chest pain, and a superficial skin infection after a regional anaesthetic. Its authors concluded shock wave therapy is likely safe for plantar fasciitis, with no complications expected at one year, and that long-term complications are unknown. That review isn't about StemWave, and StemWave's Class I listing isn't an FDA safety review. Our StemWave page lists what we need to know before a first session, including a recent steroid injection in the area. A Class IV laser can damage skin and eyes through direct or reflected light, which is why eye protection matters, and our laser page explains that.

We aren't the only route. The NHS says a physiotherapist can show you exercises and a podiatrist can recommend insoles, the right shoes, or splints to wear at night, and that if those don't help, steroid injections may be offered and, less commonly, a referral to discuss surgery. We don't prescribe medication. Questions about pain medicine or steroid injections belong with your doctor or a pharmacist.

If your heel gets worse during care, we refer you to a podiatrist or a physician.

If we are not able to help you with your problem or are unable to reduce your pain levels, we will make sure to give you a recommendation to another experienced provider.

How long does plantar fasciitis last?

MedlinePlus says treatment can last from several months to 2 years before symptoms get better, and that most people feel better within 6 to 18 months. That's one reason the length of a plan comes from your exam and your progress, not from a set number of visits. The first steps MedlinePlus lists are pain medicine, stretching exercises, night splints, rest and supportive shoes, with custom shoe inserts and steroid injections if those don't work. It doesn't mention laser, dry needling or shockwave.

How soon can you be seen?

Call us and we'll give you the soonest opening we have. Heel pain that began with an injury and won't take your weight is for urgent care first, as the section on medical attention above says.

Other heel and ankle problems are in our ankle and foot guides. If those first steps out of bed are the worst part of your day, we'll start there when we take your history at your first visit. You can meet the chiropractors who see patients here before you come in.

Follow the evidence

Research, with context.

Selected published sources behind what we've written, each with what it found and what it can't tell us. We give you both halves because no paper can diagnose you or predict how your own care will go.

  1. Randomized controlled trial 2003

    Tissue-specific plantar fascia-stretching exercise enhances outcomes in patients with chronic heel pain. A prospective, randomized study

    101 patients with plantar fasciitis lasting at least ten months.

    What it foundPlantar fascia-specific stretching improved worst pain and first-step pain more at eight weeks than Achilles stretching.

    What it can't tell usOnly 82 patients came back for follow-up, and the two groups differed at the start in how long they'd had symptoms. Both groups also got insoles, medication and education, so the results can't be put down to stretching alone, or applied to every heel problem.

    Publication details & citation

    DiGiovanni et al. Tissue-specific plantar fascia-stretching exercise enhances outcomes in patients with chronic heel pain. A prospective, randomized study. Journal of Bone and Joint Surgery. 2003. DOI: 10.2106/00004623-200307000-00013.

    Read the publication record
  2. Systematic review & meta-analysis 2025

    Extracorporeal shock wave therapy shows comparative results with other modalities for the management of plantar fasciitis: A systematic review and meta-analysis

    15 randomized trials, 1,123 patients with plantar fasciitis, comparing shock wave therapy with placebo and six other conservative treatments.

    What it foundShock wave therapy did better than placebo for pain and better than corticosteroid injection for function. Platelet-rich plasma injection did better than shock wave therapy for both, and custom orthotics improved function more than shock wave therapy; other comparisons showed no significant difference.

    What it can't tell usTrials published after 2013 only, with varied protocols and devices. The pooled result doesn't describe StemWave or any single device, and can't tell us which device or dose produced it.

    Publication details & citation

    Tung et al. Extracorporeal shock wave therapy shows comparative results with other modalities for the management of plantar fasciitis: A systematic review and meta-analysis. Foot and Ankle Surgery. 2025. DOI: 10.1016/j.fas.2024.11.005.

    Read the publication record
  3. Systematic review & meta-analysis 2018

    Foot orthoses for plantar heel pain: a systematic review and meta-analysis

    19 randomized trials, 1,660 adults with plantar heel pain, comparing foot orthoses with sham orthoses or other care.

    What it foundAt 7 to 12 weeks there was moderate-quality evidence that foot orthoses reduced pain more than sham orthoses, with no improvement in function. Customised and prefabricated orthoses showed no difference at any time point.

    What it can't tell usThe authors call it uncertain whether the pain difference is clinically important. Before 6 weeks and after 12 weeks the evidence was very low quality and showed no benefit for pain or function. It doesn't describe any one brand of orthotic.

    Publication details & citation

    Whittaker et al. Foot orthoses for plantar heel pain: a systematic review and meta-analysis. British Journal of Sports Medicine. 2018. DOI: 10.1136/bjsports-2016-097355.

    Read the publication record
  4. Randomized controlled trial 2014

    Effectiveness of trigger point dry needling for plantar heel pain: a randomized controlled trial

    84 people with plantar heel pain of at least one month, given real or sham trigger point dry needling once a week for six weeks.

    What it foundAt six weeks, real dry needling reduced first-step pain and foot pain more than sham needling. Minor, short-lived adverse events followed 32% of real needling appointments and under 1% of sham appointments.

    What it can't tell usThe difference between the groups was smaller than the minimal important difference, and the therapist couldn't be blinded. The authors say the effect should be weighed against how often the minor adverse events happened.

    Publication details & citation

    Cotchett et al. Effectiveness of trigger point dry needling for plantar heel pain: a randomized controlled trial. Physical Therapy. 2014. DOI: 10.2522/ptj.20130255.

    Read the publication record
  5. Systematic review & meta-analysis 2026

    Effect of Local Laser Therapy on Plantar Fasciitis: A Meta-Analysis

    13 randomized trials, 784 participants with plantar fasciitis, comparing laser therapy with placebo or other physical treatments.

    What it foundLaser therapy may reduce heel tenderness. It showed no significant difference in overall pain, function or the thickness of the plantar fascia.

    What it can't tell usThe trials mixed low-level and high-intensity lasers, and the pain and function results were highly inconsistent between trials. The authors say laser should be considered an add-on, not a primary treatment; the result doesn't describe any one device.

    Publication details & citation

    Ortiz-Romero et al. Effect of Local Laser Therapy on Plantar Fasciitis: A Meta-Analysis. Journal of Clinical Medicine. 2026. DOI: 10.3390/jcm15031307.

    Read the publication record
  6. Systematic review 2017

    Complications of extracorporeal shockwave therapy in plantar fasciitis: Systematic review

    39 studies, 2,493 patients with plantar fasciitis, receiving roughly 6,400 shock wave treatment sessions across a wide range of energy settings.

    What it foundTwo complications were recorded in the whole series: precordial (chest) pain, and a superficial skin infection after regional anaesthesia. 225 patients reported pain during treatment and 247 reported transient red skin afterwards; transient pain, swelling, bruising, petechiae, altered sensation and severe headache were also reported.

    What it can't tell usThe authors conclude shock wave therapy is likely safe for plantar fasciitis, with no complications expected at one year. Follow-up averaged 14.7 months and they call long-term complications unknown. The devices and doses varied widely; the result describes shock wave therapy for one condition, not StemWave or any single device.

    Publication details & citation

    Roerdink et al. Complications of extracorporeal shockwave therapy in plantar fasciitis: Systematic review. International Journal of Surgery. 2017. DOI: 10.1016/j.ijsu.2017.08.587.

    Read the publication record

Our editorial policy explains how to read these sources and what our clinical-review labels mean.