Plantar fasciitis
Plantar fasciitis & heel spur
Stabbing heel pain on the first step — for months now, despite orthotics?
The first step out of bed in the morning — and it stabs under the heel. Many patients already have orthotics, have stretched, have seen a heel spur on an X-ray — and are still not symptom-free. In most cases the heel spur is not the cause. The plantar fascia itself is at the center — and it responds well to treatment when the therapy is complete.
Four weeks, five appointments, one team. You’re not left alone with your symptoms.
10%
lifetime prevalence — a very common foot condition
>90%
symptom-free with structured conservative treatment
4 mm
fascia thickening on ultrasound — from here the diagnosis is confirmed
Your APPOINTMENT at OMC
Four weeks, five appointments, one team.
Orthopedics and internal medicine in one integrated concept — for patients who value thorough diagnostics and structured treatment.
03
Final appointment: assessment and next steps
Personal review with Dr. Klein after four weeks. Three possible paths: pain-free — handover to the home maintenance program; improved but not yet complete — follow-up appointment in four weeks; insufficient improvement — PRP escalation or further diagnostics. In very rare, treatment-resistant cases: botulinum toxin A into the gastrocnemius as an individual off-label attempt after detailed counseling.
02
Weeks 2–4: three supervised therapy sessions
Weekly appointments in the therapy room with the three-person therapy team. Multimodal treatment package (shockwave, magnetic field, cryo), correction and progression of the calf-stretching program, progress review based on the pain diary. Daily internal case discussion — every patient stays in view.
01
First appointment: diagnosis and immediate start of treatment
History, clinical examination, ultrasound of the plantar fascia and Achilles tendon, AI-based gait analysis. Immediately afterward: treatment begins in the therapy room — shockwave, magnetic field, cryotherapy, guidance on the calf-stretching program, orthotic prescription based on the gait analysis. You leave the practice with a plan, the pain diary, and four scheduled follow-up appointments.
Four weeks, five appointments, one team — a clear plan from day one.
Plantar fasciitis is fully treatable conservatively in over 90% of cases — when the therapy regenerates the tendon tissue, addresses the biomechanical cause, and treats systemic cofactors. Those who start early and stick with the program have a very good chance of lasting freedom from symptoms.
Pain when running or on hard surfaces
Especially with forefoot loading, on stairs, and running on asphalt — when the fascia is maximally tensioned. In runners often the first warning sign that limits training performance.
Pressure pain right at the inner edge of the heel
Exactly where the fascia attaches to the heel bone — almost diagnostic. Located at the medial calcaneal tubercle, the fascial origin. Also the pressure in a shoe or walking barefoot on a hard floor.
Walking barefoot feels worse than with shoes
Pain after sitting for a long time or after getting out of the car
Every longer rest lets the fascia shorten again — the pain on the next step is accordingly present once more. In working life especially after long sitting, in sport after breaks.
Better after a few minutes — back again in the evening
"Walking it off" works in the short term, but after prolonged loading the pain returns more strongly. The typical start-up pattern of tendinopathy. People who stand for work and runners know it equally well.
Stabbing pain under the heel on the first step in the morning
The classic hallmark. It occurs because the fascia shortens overnight and gets stretched on the first step. Many patients describe it as "glass in the heel" or an "electric shock."
"The doctor showed me the heel spur on the X-ray and said there’s not much you can do — except insoles. I’ve had those for six months. They haven’t helped."
We hear sentences like this regularly. The heel spur is usually an incidental finding, not a treatment target. The actual cause sits in the soft tissue — in the plantar fascia itself — and responds well to treatment when the therapy is complete. Standard insoles can do part of the job — but they don’t replace a diagnosis, a cause analysis, or structured therapy.
Recognizing symptoms
Does this sound familiar?
Plantar fasciitis has a very characteristic pain pattern: start-up pain after rest that briefly "walks off" and returns after loading. Anyone who knows it recognizes it immediately. Many of our patients recognize the following symptoms:
Common pitfalls
Why it often doesn’t get better
Plantar fasciitis is considered frequently treated — and frequently not healed. The reason almost never lies in the condition itself, but in incomplete therapy that relieves symptoms but doesn’t remove causes.
The patient is left alone with a set of exercises
An exercise sheet handed over on the way out is not a treatment plan. Without guidance, correction, and regular progress checks, half the exercises end up only half correct — and the tendon doesn’t respond. Tendon healing needs support, not just a recommendation. At OMC the therapy team supports you weekly.
Stretching without involving the calf muscles
"Stretch the sole of your foot" — this advice is correct but incomplete. The shortened calf muscles are one of the most important modifiable risk factors for plantar fasciitis. Anyone who only stretches the plantar fascia treats half the cause. The stretching program must consistently include the calf — daily, with technique.
"The spur has to go" — wrong diagnosis, wrong surgery
Even though surgery on the heel spur is increasingly questioned today, it is still performed in individual cases — even though the spur is not the painful structure. The plantar fascia is left untreated. The result: the pain remains, the patient has undergone surgery, and the soft tissue is additionally burdened.
Cortisone into the plantar fascia
The cortisone injection into the plantar fascia is widespread — and one of the riskiest treatment errors. It relieves pain in the short term but weakens the fascial tissue. Possible consequence: a partial or complete rupture of the plantar fascia. No cortisone near tendons — this rule applies here too.
The OMC approach
What’s different at OMC.
Tendons don’t heal through isolated measures but through the right system: ultrasound as the foundation, AI-based gait analysis to clarify the cause, multimodal therapy, and support over four weeks — consistent and structured.
Internal-medicine perspective as routine
Excess weight, diabetes status, vitamin D supply, and thyroid function — those who know these factors treat the whole person. At the OMC Tendon Center this is not an add-on but part of every examination.
Orthotics based on the AI gait analysis
The AI gait-analysis data are the basis for individual orthotics — made by our cooperating orthopedic shoemaker. Not an off-the-shelf standard insole, but one based on your real movement pattern.
Multimodal treatment package as standard
Shockwave, magnetic field therapy, and cryotherapy combined in every session — that is the OMC standard for every tendon patient. Calf stretching and fascia training are guided weekly. PRP is used specifically as an escalation when the standard package isn’t enough.
The right diagnosis first — ultrasound and gait analysis
Ultrasound shows the fascia thickness and degree of degeneration directly. The AI-based gait analysis makes visible why the fascia is overloaded: pronation, splayfoot, hindfoot position. X-ray is put in context, not over-interpreted. The individual treatment plan is built on this basis.
Specialist in
Internal
medicine
Assessment of thyroid function, vitamin D status, diabetes status, and medication history. Whatever blocks tendon regeneration from within is found and treated." und „Ultrasound, clinical differential diagnostics, ESWT, PRP injection, eccentric training protocol, ergonomics advice — all from a single source.
Specialist in
Orthopedics &
trauma surgery
Ultrasound, clinical differential diagnostics, ESWT, PRP injection, eccentric training protocol, ergonomics advice — all from a single source.
What we examine
Diagnostics at the OMC practice
With typical symptoms, the clinical diagnosis of plantar fasciitis is usually clear — ultrasound and AI-based gait analysis confirm the findings and form the basis for the individual treatment plan.
01
History — occupation, sport, prior treatment, metabolism
Course of symptoms, footwear, occupational load (prolonged standing), training volume, previous treatments (particularly cortisone injections). Internal medicine: BMI, diabetes status, vitamin D supply, thyroid function. The consultation takes longer — and is therefore so decisive.
> Cause-based medicine instead of symptom treatment
02
Ultrasound — plantar fascia and Achilles tendon
Thickness and structure of the plantar fascia at the calcaneal insertion — from a thickening of 4 mm the diagnosis is considered confirmed. At the same time, assessment of the Achilles tendon, because shortening of the posterior chain acts directly on the plantar fascia. Both structures are assessed together.
> Distinguishes plantar fasciitis from other causes of heel pain
03
AI-based gait analysis
Camera-based motion analysis with AI evaluation: hindfoot pronation, roll-off behavior, foot axis, cadence, hip drop. Overpronation and a too-flat longitudinal arch are classic biomechanical triggers of plantar fasciitis — here they are quantified, not estimated. The basis for training correction and orthotic fitting.
> Makes the cause measurable — not just visible
The OMC advantage: structured therapy instead of isolated measures
Ultrasound confirms the diagnosis. AI-based gait analysis shows the biomechanical cause. The multimodal treatment package (shockwave + magnetic field therapy + cryotherapy) is the standard for every patient. Orthotics are prescribed based on your real movement data. PRP is used specifically when the standard therapy isn’t enough.
Treatment concept
Therapy approach.
Individual & multimodal
Over 90% of plantar fasciitis cases are treatable conservatively — when the therapy is complete. That means: remove causes, promote fascial regeneration, treat systemic cofactors. Four weeks, five appointments, one team at your side — each phase with clear goals.
Stretching program and load management
Stretching of the plantar fascia and the calf muscles — both daily, with technique. Calf stretching three times a day in two variants (knee straight and knee bent), morning rolling with a tennis ball or foam roller, load adaptation (avoiding hard surfaces in the acute phase, reducing long periods of standing). In athletes: temporary adjustment of training volume.
Treating internal-medicine cofactors as well
What blocks fascial regeneration from within must be treated too — not just the heel:
Weight optimization — every kilogram less measurably relieves the fascia with every step.
Vitamin D3 + K2 — essential for connective tissue regeneration.
Optimize diabetes control — hyperglycemia inhibits collagen synthesis.
Assess thyroid function — hypothyroidism slows tendon healing.
Orthotics based on the gait analysis
The AI gait-analysis data serve as the basis for the individual orthotic prescription. Manufacture is by a cooperating orthopedic shoemaker — with precise information on pronation, longitudinal arch height, and pressure distribution. A standard insole cannot do this. The orthotic is a building block of therapy, not a substitute for it.
ESWT · magnetic field · cryotherapy
The multimodal standard package at OMC — as a fixed combination in every therapy session.
Focused shockwave therapy (ESWT) — at the fascial origin; particularly effective in chronic cases (>6 weeks) in studies; reduces irritation and stimulates tissue regeneration; typically 3–5 sessions.
Pulsed magnetic field therapy (PEMF) — adjunctive to ESWT; supports tissue regeneration.
Cryotherapy — local pain relief and reduced irritation after loading.
PRP — as an escalation when the standard package isn’t enough; ultrasound-guided into the altered fascial tissue.
The combination is decisive:
Studies show that shockwave therapy combined with a consistent stretching and training program delivers markedly better results than either method alone. Those who additionally address excess weight, footwear, and systemic factors have the best prognosis — and the most realistic chance of lasting freedom from symptoms.
Healing perspective
What you can realistically expect
Plantar fasciitis has a very good prognosis — over 90% of patients become permanently symptom-free with structured conservative treatment. Patience is the most important variable: fascial regeneration takes weeks to months, not days.
"Plantar fasciitis doesn’t need a surgeon — it needs time, consistency, and a complete cause analysis. Anyone who treats the fascia without stretching the calf, without accounting for body weight, and without checking systemic factors is treating against a force they have never seen."
Dr. Roman Klein, MD, Ortho Motion Concept
Prior cortisone treatment directly into the fascia — risk of fascial rupture
Chronic course over six months without structured therapy
Persistent excess weight
Untreated underlying condition (diabetes, hypothyroidism)
Early start of treatment before it becomes chronic
Daily stretching program — calf AND fascia
Orthotics based on the gait analysis
Internal-medicine cofactors treated (vitamin D, diabetes, thyroid)
<5%
of patients require a surgical procedure
6–12
weeks to marked improvement with an early start of treatment
>90%
symptom-free with structured conservative treatment
Frequently asked questions
What patients ask us
+
Isn’t the heel spur the problem after all?
+
I already have orthotics — why didn’t they help?
+
How long until I’m pain-free again?
+
What does PRP achieve in plantar fasciitis?
+
Do I need surgery?
+
What about botulinum toxin — I’ve heard of it?
+
What is the difference between the OMC Tendon Center and a standard orthopedic practice?
Your next step
Orthotics alone weren’t enough.
Now comes the complete therapy.
Book your first appointment now. You leave the practice with a clear diagnosis, a written four-week plan, and the start of your therapy. You don't come in for an examination — you enter a structured program with a team that won't leave you on your own.
What you actually get:
- Ultrasound-confirmed diagnosis — fascia, tendon, Achilles tendon visible
- AI gait analysis as the basis for therapy and orthotics
- Multimodal treatment package: shockwave, magnetic field, cryo available on site
- Internal-medicine assessment of systemic cofactors included
Medical note
This content serves general medical information and does not replace individual medical advice or examination. For persistent, unclear, or worsening complaints, please consult a physician. Dr. Roman Klein, MD, Specialist in Orthopedics & Traumatology and Internal Medicine · Ortho Motion Concept · Europastraße 3 · 67433 Neustadt an der Weinstraße.