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January 17, 20260 citationsOpen Access

Agnikarma in Chronic Tendinopathies (Tennis Elbow & Plantar Fasciitis): A Thermal-Imaging Based Assessment of Depth of Agni-Scar Tissue Response — An Ayurvedic Interventional Review

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DHDr. Sandeep Shivram Mohate*1, Dr. Shruti Sandesh Shukla2, Dr. Shubham Pankaj Hajari3

Key Points

  • To analyze Agnikarma's theoretical basis and evaluate its response in chronic tendinopathy using thermal imaging.
  • Conducted a narrative review of Ayurvedic texts and biomedical literature
  • Used FLIR-T640 infra-red thermography for thermal assessments
  • Analyzed changes in surface temperature, diffusion diameter, and pain response over a week after treatment.
  • Controlled collagen remodeling noted within tendons with thermal diffusion depth of 4–7 mm
  • Peak temperatures of 68–92°C were observed during treatment, with a gradual decline post-application
  • Pain relief improvement of 40–75% on Visual Analog Scale reported within 3–10 days across multiple trials

Abstract

Background: Chronic tendinopathies such as Lateral Epicondylitis (Tennis Elbow) and Plantar Fasciitis remain painful, recurrent, and resistant to conservative management. Agnikarma is a para-surgical thermal cauterization modality described extensively in Ayurveda for Vata-Kapha dominant Snayu-Sandhi-Asthi disorders, provides deep-penetrating heat to relieve pain, reduce fibrosis thermal diffusion layer depth estimated 4–7 mm depending on Shalaka metal & dwell time.● Thermal imaging showed peak temperature 68–92°C at contact, with gradual fall-off over 6–12 minutes indicating Vata-Kapha-bhedana effect. ● Pain relief of 40–75% VAS improvement within 3–10 days reported across several trials.678 ● Plantar fascia & lateral epicondyle showed scar depth pattern dependent on pressure & copper/iron shalaka conduction. Conclusion: Agnikarma is a potent intervention for chronic degenerative tendinopathies where fibrosis, stiffness & micro-tears persist. Infra-red thermal imaging confirms controlled and predictable burn depth, supporting tissue remodelling physiology. Future randomized thermal-guided studies will strengthen evidence and standardize dosimetry parameters.

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Cite This Study

Dr. Sandeep Shivram Mohate*1, Dr. Shruti Sandesh Shukla2, Dr. Shubham Pankaj Hajari3 (2026) studied this question.

synapsesocial.com/papers/696b26b2d2a12237a9349eb0https://doi.org/10.5281/zenodo.18255327
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