A common foot condition that frequently crosses into neurological practice. We confirm the diagnosis
with clinical examination and imaging, then apply a personalised non-invasive mechanotransduction
protocol — achieving not just pain relief but objective disappearance of calcifications on follow-up
X-ray.
Common in runners and those with prolonged standing — repeated stress exceeds the fascia's repair capacity.
Abnormal foot mechanics increase tension at the calcaneal insertion, accelerating degeneration.
Chronic overload of the plantar fascia accelerates degenerative change and calcification.
Fascial degeneration peaks between 40–60 years — often presenting with heel spur formation.
Teachers, healthcare workers, and others on hard floors accumulate progressive fascial stress.
Longstanding inflammation leads to calcium deposition at the calcaneal insertion — visible on X-ray.
Diagnosis is established through clinical assessment of the characteristic heel pain pattern and calcaneal insertion tenderness. Weight-bearing X-rays confirm the diagnosis, document the degree of spur formation and fascial calcification, and provide the baseline against which post-treatment imaging is compared to demonstrate calcification disappearance.
Treatment parameters are personalised to the severity of calcification on X-ray, the degree of clinical impairment, and
the patient’s response — adjusted across the treatment course.
We apply a precise mechanical stimulus to the calcaneal insertion and fascial calcifications — triggering
mechanotransduction. This converts mechanical energy into cellular signals that fragment and resorb calcium deposits, activate tenocyte repair, and restore healthy fascial architecture. Over the course of treatment, calcifications
progressively disappear — confirmed on follow-up X-ray.
A key distinguishing feature of our approach is objective disappearance of heel calcifications over time — not merely pain relief. Follow-up X-rays after the treatment course demonstrate progressive resorption of calcaneal spurs and plantar fascial calcifications — structural healing confirmed radiologically.
Patients achieve lasting pain relief alongside radiologically confirmed resorption of heel calcifications — structural
resolution of the underlying pathology. The personalised protocol ensures treatment is calibrated to each patient’s
specific calcification burden and clinical profile.
| What Makes Our Practice Different | |||||
|---|---|---|---|---|---|
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Personalised Protocols
Every plan tailored to the individual
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Advanced Technology
Cutting-edge non-invasive therapeutic science
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Mechanism-Based Care
We treat biology, not just symptoms
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23+ Years Experience
Decades of specialist clinical wisdom
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Whole Person Approach
Mind, body & lifestyle integrated
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Objective Outcomes
Measurable results — not just relief
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Mood disorders are complex mental health conditions that disrupt emotional stability, often leading to persistent sadness, irritability, or intense mood fluctuations. Common conditions include depression, bipolar disorder, and anxiety-related mood changes, all of which can significantly impact one’s personal,
Every recovery journey begins with a detailed clinical and neurological assessment by Dr. Sreekanth Vemula, a senior neurophysician with over 26 years of experience in treating neurological and neuropsychiatric disorders.
His evaluation includes:
This precise assessment ensures an accurate diagnosis and a fully personalized care plan.
Treatment is comprehensive and tailored to each patient’s needs.
It may include:
For patients experiencing mood-related neurological symptoms such as muscle tension or dystonia, Botulinum Toxin (Botox) injections are available to improve comfort and mobility.