Dr. Brijesh R. Mishra*
*Principal & HOD, Dept. of Ayurved Samhita and Siddhant, Shri Ayurved Mahavidyalaya, Nagpur, India
*Correspondence: Brijesh R. Mishra, Principal & HOD, Dept. of Ayurved Samhita and Siddhant, Shri Ayurved Mahavidyalaya, Nagpur, India. E-mail: drbrijeshm74@gmail.com
Received: 09 Dec, 2025; Accepted: 15 Dec, 2025; Published: 24 Dec, 2025
Citation: Brijesh R. Mishra. “Therapeutic Role of Kampavatari Rasa in Obesity Management: A Literature Review” J Alter Med Ther (2025): 108. DOI: 10.59462/3068-532X.2.1.108.
Copyright: © 2025 Brijesh R. Mishra. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
Obesity (Sthaulya) is a chronic metabolic disorder characterized by excessive accumulation of Medo Dhātu (adipose tissue), impaired Agni (metabolic fire), and Srotorodha (obstruction of channels). Ayurveda prescribes Lekhana (scraping), Bhedana (penetration), and Agni-dīpana(metabolic stimulation) therapies to restore balance. Kampavātāri Rasa, a classical herbo-mineral formulation originally described for Kampavāta (Parkinsonian disorders), shows potential application in obesity management through its Tridoṣa-śāmaka and Rasāyana properties. The formulation combines Tāmra Bhasma (incinerated copper), Rasa Sindūra (red mercuric sulphide), and Katuki Swarasa (Picrorhiza kurroa juice) prepared via classical Rasa Śāstra techniques.This review integrates Ayurvedic theory and modern pharmacological evidence to evaluate the formulation’s relevance in obesity. Verified studies show hepatoprotective, antioxidant, and lipid-modulating effects of Picrorhiza kurroa and Tāmra Bhasma, supporting potential mechanisms for metabolic regulation. However, no direct clinical or pharmacological trials on Kampavātāri Rasa exist. The review emphasizes cautious application and encourages scientific validation of this traditional medicine.
Keywords
Kampavātāri Rasa; Obesity; Sthaulya; Picrorhiza kurroa; Tamra Bhasma; Ayurveda; Medo Dhātu; Pitta-virechana
Introduction
Obesity has become a major metabolic and public- health concern worldwide, predisposing individuals to cardiovascular disease, diabetes, and hepatic dysfunction. In Ayurvedic pathology, Sthaulya arises from deranged Agni, accumulation of Āma (metabolic toxins), and excessive Medo Dhātu causing Srotorodha [1,2]. Charaka emphasizes that the true physician must understand the synergistic actions of drugs: “kiṁ punaryo vijānīyād auṣadhīḥ sarvathā bhiṣak ‖” (Caraka Saṃhitā, Sūtrasthāna 1/122) “He alone is a true physician who comprehends fully the nature and mutual relationships of all medicines.” (1) Kampavātāri Rasa is a classical Rasauṣadhi prepared through the metallurgical integration of copper and mercury, combined with Katuki Swarasa. Though primarily designed for Kampavāta, its pharmacodynamic profile— Lekhana, Agni-dīpana, Pitta-virechana, and Rasāyana— aligns with the therapeutic needs in Sthaulya and related metabolic disorders.
Materials and Methods
Literature Review
Primary Ayurvedic texts (Caraka Saṃhitā, Rasa Tarangiṇī, Dravya Guṇa Vijñāna) and modern analytical studies were reviewed. Data on formulation safety and standardization were obtained from the Ayurvedic Pharmacopoeia of India and PubMed-indexed journals.
Formulation Overview
• Ingredients: Tāmra Bhasma (incinerated copper)
and Rasa Sindūra (red mercuric sulphide) in equal proportion (1:1 w/w)
• Bhāvanā Dravya: Fresh Katuki Swarasa (Picrorhiza kurroa juice)
• Procedure: Triturated 21 times to achieve a uniform
Bhāvita mixture, dried, and tabletized.
• Standards: Processed per Rasa Tarangiṇī and Āyurvedic Pharmacopoeia of India to ensure detoxification and homogeneity.
• Classical and experimental data on ingredients with Lekhana, Agni-dīpana, or Medohara actions.
• Verified pharmacological or toxicological studies on Tāmra Bhasma and Picrorhiza kurroa.
Traditional pharmacodynamics were compared with modern biochemical pathways of lipid metabolism, hepatic
function, and oxidative stress regulation.
Pharmacological Properties of Ingredients
| Ingredient | Classical / Modern Reference | Principal Actions | Modern Correla- tion / Relevance |
|---|---|---|---|
| Tāmra Bhasma (Incinerated Copper) | Rasa Ta- rangiṇī 19/18; Kumar et al. [3] | Lekhana (scrap- ing), Sthoulyadh- vaṃsakarā (anti-obesity), Āma-nāśaka (detoxifier), Me- dohara (fat-re- ducing) | Reduces lipid peroxidation, im- proves hepatic antioxidant sta- tus, lowers se- rum cholesterol and triglycerides [3,4] |
| Picrorhiza kurroa (Ku- tki / Katuki) | Caraka Saṃhitā; Sharma PV [2]; Kumar et al. [5] | Pitta-virecha- ka, Lekhana, Agni-dīpana, Yakṛtottejaka (hepatostimulant) | Contains picro- sides I–II; hepa- toprotective, hypolipidemic, antioxidant [5] |
| Rasa Sindūra (Red Mercuric Sulphide) | Rasa Ratna Samuccaya 5/41 |
Rasāyana, Yogavāhī, Vā- ta- śāmaka |
Acts as catalytic bioenhancer; re- quires validated detoxification for safe use (no modern obesity studies) [6] |
Table 1: Classical and modern references, principal actions, and modern correlations of selected Ayurvedic ingredients used for metabolic and hepatic health.
Mechanistic Actions
Stimulation of Pitta and Agni: Increases bile flow and metabolic enzyme activity.
Lipid Regulation: Lekhana and Bhedana actions reduce subcutaneous and visceral fat.
Liver Detoxification: Katuki and Tāmra enhance hepatocellular regeneration and detoxification.
Neuro-hepatic Rejuvenation: Rasa Sindūra supports neuronal and hepatic integrity, aiding systemic rejuvenation. Systemic Synergy: Bhāvanā with Katuki Swarasa ensures potent integration of all components.
Clinical Application
Empirical Ayurvedic practice demonstrates thatKampavātāri Rasa co-administered with Ārogyavardhinī Vaṭi (30 minutes before meals) results in gradual weightreduction, improved hepatic function, and enhanced vitality without adverse effects
Ayurvedic pharmacology interprets obesity as a manifestation of impaired Agni, accumulation of Āma, and deranged Medo Dhātu. Kampavātāri Rasa targets these through hepatobiliary activation, lipid oxidation, and metabolic restoration.
Tāmra Bhasma is designated Sthoulyadhvaṃsakarā (“destroyer of obesity”) in Rasa Tarangiṇī. Modern studies show that properly prepared Tāmra Bhasma reduces hepatic lipid peroxidation and improves antioxidant enzymes [3,4]. Its nano-crystalline structure [7] may enhance absorption and cellular interaction, correlating with its Dīpana and Lekhana properties
Picrorhiza kurroa possesses well-documented hepatoprotective and lipid-modulating actions [5]. Its Pitta-virechaka and Yakṛtottejaka properties translate into enhanced bile flow, improved lipid metabolism, and reduction in hepatic fat accumulation—consistent with Medohara effects described in Ayurveda.
Rasa Sindūra, though traditionally regarded as a Yogavāhī (bioenhancer) and Rasāyana, lacks modern safety or efficacy data for obesity; its inclusion remains theoretical pending toxicological validation [6].
The synergistic integration of these components may thus offer multi-targeted modulation of hepatic and metabolic functions. Nonetheless, absence of human or controlled animal studies on Kampavātāri Rasa itself precludes definitive therapeutic claims.
Kampavātāri Rasa represents a classical Rasauṣadhi potentially useful in metabolic modulation through enhancement of Agni, detoxification, and lipid oxidation. Verified evidence supports hepatoprotective and antioxidant properties of its major components, Picrorhiza kurroa and Tāmra Bhasma. However, the complete formulation remains unvalidated by contemporary pharmacological or clinical trials. Its future exploration requires standardized preparation, analytical profiling, toxicity assessment, and controlled evaluation in obesity and metabolic-syndrome models. Until such validation, its use should remain guided by classical indications and supervised clinical prudence.