Plantar fasciitis - Wokingham, Berkshire

1. Overview

Plantar fasciitis is one of the most common causes of heel pain, accounting for approximately 15% of all foot complaints presenting to healthcare practitioners. It involves inflammation and degeneration of the plantar fascia — the thick band of connective tissue running along the sole of the foot — at its attachment to the heel bone (calcaneum). The condition produces sharp, stabbing heel pain that is typically worst with the first steps in the morning or after periods of rest, and can significantly impair walking, running and daily activities. It can affect one or both feet and is particularly common in people aged 40 to 60.

Acupuncture is very effective at treating plantar fasciitis, as it is able to reduce inflammation, relieve pain and promote tissue healing without the risks associated with corticosteroid injections or the discomfort of extracorporeal shock wave therapy. In my experience, acupuncture can treat plantar fasciitis in as few as one to three treatments after taking a full medical history, and is not painful like shock wave therapy. Multiple clinical trials and a 2024 network meta-analysis of 32 studies including 2,390 participants confirm that acupuncture is a viable and effective non-surgical treatment option for plantar fasciitis, demonstrating the highest pain reduction at one month compared to placebo among non-surgical interventions evaluated.

2. Anatomy of the plantar fascia

The plantar fascia is a band of thick, strong connective tissue (fascia) that runs along the sole of the foot. It originates at the medial tubercle of the heel bone (calcaneum) and fans out along the inside edge of the sole, inserting into the bases of the toes at the ball of the foot. Its primary biomechanical role is to support the longitudinal arch of the foot, act as a shock absorber during walking and running, and facilitate the “windlass mechanism” during toe extension, which propels the body forward during push-off. The Achilles tendon, which attaches to the back of the calcaneum just above the plantar fascia attachment, shares the load through the heel bone and plays an important role in plantar fasciitis: when the Achilles tendon is tight or shortened, it increases the tensile loading on the plantar fascia, contributing to both the development and persistence of the condition.

3. Symptoms

The symptoms of plantar fasciitis are highly characteristic and often allow a confident clinical diagnosis without imaging:

Heel pain on first steps in the morning (post-static dyskinesia) — the most pathognomonic symptom; sharp, intense heel pain on the first few steps after getting out of bed, or after prolonged sitting; this occurs because the plantar fascia shortens during rest and is forcibly stretched again with weight-bearing. The pain typically eases after a few minutes of walking as the tissue warms up
Heel and arch pain with prolonged standing or walking — pain in the heel and along the inside of the arch that worsens during or after prolonged standing, walking or running; particularly prominent at the end of the day after sustained activity
Localised heel tenderness — sharp tenderness on pressing the inner aspect of the heel, at the calcaneal insertion of the plantar fascia; this is often exquisitely tender to palpation and is one of the most reliable clinical signs
Pain worsened by bare feet on hard surfaces — walking barefoot, particularly on hard floors, tiles or concrete, characteristically worsens plantar fasciitis pain compared to wearing cushioned footwear
Foot and ankle stiffness — reduced dorsiflexion range at the ankle (due to Achilles tendon tightness) and general foot and ankle stiffness, particularly after rest; the ankle and calf complex are almost always involved in plantar fasciitis
Occasional radiation into the arch and toes — some patients experience a diffuse aching or burning sensation along the arch or into the toes; when radiation is prominent, associated medial plantar nerve entrapment (Baxter’s neuropathy) should be considered

4. Causes and risk factors

Plantar fasciitis develops when the plantar fascia is subjected to repetitive mechanical loading that exceeds its capacity to repair, leading to micro-tears at the calcaneal insertion, a chronic degenerative (rather than purely inflammatory) process, and eventually painful thickening of the fascia. The main causes and risk factors include:

Repetitive overloading and overuse — prolonged standing, walking or running on hard surfaces; occupations requiring sustained weight-bearing (healthcare workers, teachers, retail staff, construction workers); sudden increases in physical activity; long-distance running and sports involving repetitive impact
Tight Achilles tendon and calf muscles — reduced ankle dorsiflexion due to a tight gastrocnemius-soleus-Achilles complex is one of the most consistently identified risk factors for plantar fasciitis; it transfers additional tensile load to the plantar fascia with every step
Abnormal foot biomechanics — flat feet (pes planus / overpronation) increase the tensile strain on the plantar fascia medially; high arched feet (pes cavus) reduce shock absorption and concentrate load at the heel; heel spurs (calcaneal osteophytes), although often asymptomatic themselves, are associated with plantar fasciitis and indicate chronic fascial stress at the calcaneal insertion
Inappropriate footwear — shoes with inadequate arch support, thin soles, no cushioning, or excessive heel elevation (high heels or very flat ballet pumps) all adversely alter the load distribution through the plantar fascia; walking barefoot on hard surfaces without adequate support is a common precipitant
Excess body weight — increased body weight raises the compressive and tensile loads on the plantar fascia with every step; overweight and obesity are significant and independent risk factors for plantar fasciitis
Age-related changes — the fat pad under the heel thins and loses cushioning capacity with age, and the plantar fascia becomes less elastic; plantar fasciitis is most common between the ages of 40 and 60
Poor foot posture and weak intrinsic foot muscles — weakness of the small muscles of the foot (the intrinsic foot muscles) reduces dynamic arch support and increases reliance on the passive plantar fascia; weakness in hip abductors and core muscles can also alter lower limb biomechanics in ways that increase plantar loading

5. Plantar fasciitis in Chinese medicine

In traditional Chinese medicine (TCM), heel pain and plantar fasciitis is described as “Zu Gen Tong” (foot root pain) or “Ji Jian Tong” (heel pain), and is understood as arising from obstruction or deficiency in the channels traversing the heel — primarily the Kidney and Bladder channels, which both pass through the heel in their course through the foot. The heel is intimately connected to the Kidney in TCM, as the Kidney governs the bones and their coverings, and the Kidney channel originates at the base of the little toe, crosses the sole at KI1 (Yongquan), and passes behind the medial malleolus and up the inner leg. The most common TCM patterns in plantar fasciitis are:

Kidney deficiency with undernourished sinews and bones (most common in chronic cases) — the underlying constitutional pattern in most persistent or recurrent plantar fasciitis; the Kidney’s failure to nourish the bones and sinews of the heel leads to gradual degeneration, thinning of the heel fat pad in TCM terms (loss of marrow and Jing), and inability to sustain the repetitive loading of weight-bearing. Symptoms include deep, chronic heel aching, lower back weakness, knee weakness and fatigue alongside the foot pain; a pale tongue; a deep, thin pulse. Treatment tonifies Kidney Qi and Yin, nourishes the bones and sinews using BL23 (Shenshu), KI3 (Taixi), KI6 (Zhaohai), BL11 (Dashu — the Influential Point of Bone) and local points; moxibustion is highly effective for the Kidney Yang deficiency variant
Qi and Blood stagnation in the Kidney and Bladder channels of the heel — the predominant pattern in acute and subacute plantar fasciitis from overuse, sudden increased activity or biomechanical injury; the micro-tears and inflammatory response at the calcaneal insertion correspond in TCM to Qi and Blood stagnation with local Luo channel obstruction; sharp, fixed, stabbing heel pain that is worse on first loading (Blood stasis pain is typically worse with initial movement); a purple tongue; a wiry or choppy pulse. Treatment moves Qi and Blood, opens the local channels, reduces swelling and stops pain; key local points include KI6 (Zhaohai), BL62 (Shenmai), SP4 (Gongsun) and Ashi (tender) points directly over the calcaneal insertion; cupping is effective for this pattern
Cold-Damp invading the heel channels (Bi syndrome) — heel pain that is markedly worse in cold and damp conditions, in patients who work in cold or wet environments or walk barefoot on cold floors; the pain has a heavy, stiff, cold quality; better for warmth; the plantar fascia and Achilles tendon feel tight and stiff rather than inflamed. Treatment warms the channels, expels Cold-Damp and opens the heel channels using moxibustion and warming needle techniques at BL62 (Shenmai), KI6 (Zhaohai) and local Ashi points
Liver and Kidney Yin deficiency with Empty Heat — seen in perimenopausal women or constitutionally Yin-deficient patients; burning heel pain that is worse in the evenings and with prolonged standing; associated with general Yin deficiency symptoms including night sweats, dry mouth, a red tongue with little coating and a fine rapid pulse. The Liver governs the sinews and, alongside the Kidney, nourishes the fascial tissues; Yin deficiency leads to dryness and brittleness of the fascial tissue. Treatment nourishes Liver and Kidney Yin, clears Empty Heat and moistens the sinews

6. Acupuncture for plantar fasciitis

Acupuncture is highly effective for plantar fasciitis, addressing both the acute inflammatory and the chronic degenerative components of the condition. Its mechanisms include:

Directly reducing local inflammation and the degenerative process in the plantar fascia at the calcaneal insertion through anti-inflammatory cytokine modulation and prostaglandin inhibition
Releasing the tight gastrocnemius, soleus and intrinsic foot muscles that contribute to excessive tensile loading of the plantar fascia, by needling trigger points in the calf and foot muscles and relieving the Achilles tendon tension that perpetuates the condition
Stimulating the release of endogenous opioids and activating the body’s descending pain inhibitory system, providing immediate and cumulative pain relief
Improving local microcirculation to the ischaemic, poorly vascularised plantar fascia insertion, promoting healing and tissue repair in a structure that has limited intrinsic blood supply
Promoting collagen synthesis and fibroblast activity at the site of degeneration, supporting the structural repair of the micro-tears in the fascia at the calcaneal insertion
Distal acupoint stimulation: in TCM, points on the Kidney channel (KI3, KI6), Bladder channel (BL62) and the influential point of the sinews (GB34) are used distally to strengthen the heel region and address the constitutional patterns driving the condition

Research evidence

A network meta-analysis by Asokumaran et al. (2024), published in Cureus, reviewed 32 studies including 2,390 participants from 5 databases comparing acupuncture against extracorporeal shock wave therapy, corticosteroid injection, ultrasound-guided therapy and platelet-rich plasma injection for plantar fasciitis. Acupuncture demonstrated the highest pain reduction at one month compared with placebo of all non-surgical interventions evaluated, confirming it as a viable second-line treatment option alongside other non-surgical modalities. A systematic review by Thiagarajah (2016) of 4 RCTs confirmed that acupuncture significantly reduced VAS pain scores and Plantar Fasciitis Pain/Disability Scale scores in plantar fasciitis patients, with short-term effectiveness (4–8 weeks) across studies comparing real versus sham acupuncture and versus standard treatment. A comprehensive evidence synthesis of RCTs and systematic reviews published between 2015 and June 2024 (PMC 2025) confirmed that electroacupuncture and dry needling produce significant improvements in pain and function for plantar heel pain, with benefits sustained beyond three months, and that needling was superior to steroid injection at one-year follow-up.

7. Cupping therapy for plantar fasciitis

Cupping therapy applied to the calf, Achilles tendon region and sole of the foot is a valuable adjunct to acupuncture in plantar fasciitis treatment. The negative pressure created by cupping decompresses the tight gastrocnemius and soleus muscles that tighten the Achilles tendon and increase plantar fascial loading; it improves local blood flow to the poorly vascularised heel and plantar fascia; and it directly addresses the Qi and Blood stagnation pattern in the heel channels. Dry cupping at the base of the calf and along the Bladder and Kidney channels of the lower leg produces immediate relief of calf tightness and reduces the tensile pull on the Achilles-plantar fascia complex.

Clinical evidence supports the use of cupping for plantar heel pain: an RCT published in the 2023 JOSPT Clinical Practice Guidelines update found that dry cupping combined with stretching produced a greater reduction of approximately 2 points on the pain VAS at the time of treatment compared with active range of motion and stretching alone. Heat therapy with an infrared TDP lamp over the calf and heel before needling further relaxes the tight posterior chain and enhances the therapeutic response.

8. Chinese herbal medicine for plantar fasciitis

Chinese herbal medicine provides daily support between acupuncture sessions, addressing the underlying TCM pattern and supporting tissue repair. Key formulae used in clinical practice include:

Du Huo Ji Sheng Wan (Pubescent Angelica and Loranthus Pill) — the principal formula for chronic plantar fasciitis with Kidney and Liver deficiency; combines powerful analgesic herbs with Kidney and Bone tonics (Sang Ji Sheng, Du Zhong, Niu Xi, Ren Shen, Fu Ling) to nourish the bones and sinews of the heel while expelling the Wind-Cold-Damp that perpetuates the pain; one of the most widely used formulae for chronic lower limb joint and tendon conditions in TCM
Juan Bi Tang (Expel Painful Obstruction Decoction) — for the Cold-Damp Bi pattern, where the heel pain is worse in cold conditions; warms the channels, expels Cold-Damp and stops pain
Shu Jing Huo Xue Tang (Relax the Channels and Invigorate the Blood) — for the Qi and Blood stagnation pattern of plantar fasciitis; moves Blood, opens the Luo channels in the heel and stops pain; suitable for acute and subacute overuse-related plantar fasciitis
Zhi Bai Di Huang Wan (Anemarrhena, Phellodendron and Rehmannia) — for the Liver and Kidney Yin deficiency with Empty Heat pattern; nourishes Yin, clears Empty Heat and moistens the sinews; for burning or warm heel pain, particularly in Yin-deficient constitutions
External herbal soaks (Zhong Yao Xi Jiao Fang) — traditional Chinese herbal foot soaks using warming, Blood-invigorating and channel-opening herbs (such as Hong Hua/Safflower, Ru Xiang/Frankincense, Mo Yao/Myrrh, Chuan Niu Xi and San Qi) prepared as a decoction for soaking the foot for 20–30 minutes daily; an excellent complement to acupuncture treatment that provides daily topical anti-inflammatory and circulation-improving benefits directly to the affected tissue
Individual herbs of note — Niu Xi (Achyranthes) is the key herb that descends to and strengthens the lower limbs, legs and feet in TCM, making it indispensable in formulae for heel and foot conditions; Xu Duan (Dipsacus) knits the sinews and bones and is used specifically for conditions involving connective tissue damage and degeneration; Ru Xiang (Frankincense) and Mo Yao (Myrrh) together move Blood, resolve swelling and stop pain, and are the classical pair for local tissue injury

All herbs prescribed at this clinic are pharmaceutical-grade granule extracts supplied by Sun Ten (Taiwan). An online Chinese herbal medicine consultation is available for those who cannot attend in person.

9. Self-care tips

The following self-care measures significantly support recovery from plantar fasciitis and help to prevent recurrence:

Stretching exercises — daily stretching of the plantar fascia, calf muscles (gastrocnemius and soleus), Achilles tendon and arch of the foot is one of the most effective conservative treatments for plantar fasciitis. The plantar fascia stretch (pulling the toes back towards the shin while seated, feeling the stretch along the sole) should be performed before the first steps in the morning when it is most beneficial. Calf stretches against a wall (both straight-knee and bent-knee to target gastrocnemius and soleus separately) should be held for 30 seconds and repeated 3 times, ideally three times per day
Avoid ice packs on the heel — do not use an ice pack directly on the heel or Achilles tendon, as cold application causes the Achilles tendon to tense and shorten further, increasing the tensile load on the already strained plantar fascia and worsening the condition. Contrast therapy (warm soak followed by brief cold) can be used, but straight icing of the heel is counterproductive in plantar fasciitis and is contrary to the TCM principle of keeping the Kidney channels of the foot warm
Arch supports and orthotics — wearing arch supports in shoes helps to reduce the strain on the plantar fascia by better distributing the load across the foot; custom or over-the-counter orthotics can be particularly helpful for patients with flat feet or significant overpronation. Avoid walking barefoot on hard floors, particularly in the morning
Night splints — wearing a night splint that holds the foot in a gentle dorsiflexed position overnight keeps the plantar fascia and Achilles tendon gently stretched during sleep, reducing the painful shortening that causes first-step morning pain; some patients benefit significantly from night splints, particularly those with prominent morning stiffness
Appropriate footwear — wear shoes with adequate heel cushioning, arch support and a slight heel raise; avoid flat shoes, flip-flops, ballet pumps and going barefoot; high heels should also be avoided as they chronically shorten the Achilles tendon. Replace worn running or sports shoes regularly
Load management — reduce or temporarily modify activities that aggravate the condition (particularly prolonged standing, running on hard surfaces and high-impact exercise); a temporary reduction in training load is important for athletes; swimming and cycling are good alternatives that maintain fitness without plantar loading
Warm foot soaks — soaking the foot in warm water (with or without Chinese herbal preparations added) for 20–30 minutes daily warms the local channels, reduces Achilles tendon tightness and soothes the plantar fascia; more effective than icing for most patients with plantar fasciitis

10. Treatment at my clinic

I treat plantar fasciitis at my clinic in Wokingham, Berkshire, using acupuncture combined with cupping therapy and, where appropriate, Chinese herbal medicine. Treatment is individually tailored to the patient’s TCM pattern, the duration and severity of the condition, and any associated Achilles, calf or foot biomechanical issues. In my experience, many patients with plantar fasciitis achieve significant relief within one to three treatments, particularly in more acute or recent cases; chronic plantar fasciitis that has persisted for months or years typically requires a fuller course of four to six sessions.

Your doctor may recommend extracorporeal shock wave therapy (ESWT), which can be very painful. Acupuncture offers comparable pain relief without the discomfort and is a well-tolerated alternative. Visit the prices page for treatment costs. Related pages include sports injuries, sciatica, back pain and muscle pain.

11. Frequently asked questions

How many acupuncture sessions does plantar fasciitis take?

In my clinical experience, plantar fasciitis often responds faster than most musculoskeletal conditions. Acute or recent onset cases frequently show significant improvement within one to three sessions. Chronic plantar fasciitis that has persisted for months typically requires four to six sessions for full resolution. Clinical trials using acupuncture for plantar fasciitis generally show significant improvement within 4–8 weeks of treatment. Chinese herbal medicine, including herbal foot soaks, taken alongside acupuncture accelerates recovery significantly.

Is acupuncture better than steroid injections for plantar fasciitis?

For long-term outcomes, yes. While corticosteroid injections can provide rapid short-term pain relief, their benefits often diminish after 4–8 weeks and repeated injections carry risks of plantar fascia rupture, fat pad atrophy and further tissue degeneration. A 2024 network meta-analysis found acupuncture demonstrated the highest pain reduction at one month compared with placebo among all non-surgical treatments evaluated. Evidence synthesis of studies to June 2024 found that needling was superior to steroid injection at one year of follow-up, demonstrating the long-term advantage of acupuncture over injections.

Can I use an ice pack on plantar fasciitis?

Avoid applying an ice pack directly to the heel or Achilles tendon in plantar fasciitis. Cold application causes the Achilles tendon to tense and contract further, which increases the tensile load on the already strained plantar fascia and can worsen pain. Warm foot soaks are generally more effective and better tolerated for plantar fasciitis. This is consistent with both clinical experience and the TCM principle of keeping the Kidney channels of the heel warm.

What is the TCM view of plantar fasciitis?

In traditional Chinese medicine, heel pain is primarily a Kidney channel condition: the Kidney governs the bones and their fascial coverings, and the Kidney channel runs directly through the heel. Chronic plantar fasciitis most commonly reflects Kidney deficiency — the bones and sinews of the heel are under-nourished and unable to sustain the demands placed on them. Acute plantar fasciitis from overuse reflects Qi and Blood stagnation with local channel obstruction. Cold-Damp invasion is the pattern for heel pain worsened by cold and damp. Each pattern requires a different acupuncture and herbal approach, and identifying the correct pattern is the basis of effective TCM treatment.

Does acupuncture help with heel spurs alongside plantar fasciitis?

Yes. Heel spurs (calcaneal osteophytes) are bony projections at the calcaneal insertion of the plantar fascia and are found in approximately 50% of plantar fasciitis cases, though they are often asymptomatic themselves. Acupuncture effectively addresses the soft tissue inflammation and fascial degeneration that produces the pain, regardless of whether a heel spur is present. The TCM treatment focuses on the Kidney deficiency, Qi and Blood stagnation or Cold-Damp patterns — addressing the root of the problem rather than just the bony change. Clinical trials confirm acupuncture’s effectiveness for plantar heel pain irrespective of the presence or absence of a spur.