ISSN: 0000-0000
Singh S.1 , Antiwal M.2 , Singh J.3
1PhD Scholar, Department of Kayachikitsa, Faculty of Ayurveda, IMS, BHU
2Assistant Professor, Department of Kayachikitsa, Faculty of Ayurveda, IMS, BHU
3Professor, Department of Panchkarma, Faculty of Ayurveda, IMS, BHU
Date of Acceptance: 2026-04-08
Date of Publication:2026-04-13
Correspondence Address:
Keywords: Kayachikitsa, Ayurveda, Lifestyle Disorders, Ayurgenomics, Metabolomics, Integrative Medicine, Personalized Healthcare
Source of Support: Nill
Conflict of Interest: Non declared
Background: Kayachikitsa, the core discipline of Ayurveda dealing with internal medicine, emphasizes systemic balance through regulation of Doshas, Agni, Dhatus, and Malas. With the global rise in chronic non-communicable diseases, there is increasing scientific interest in Ayurveda as a preventive and therapeutic system. Objective: To critically evaluate recent advancements in Kayachikitsa with focus on clinical applications, pharmacological validations, personalized medicine, and technological integration, while proposing paths for future research. Methods: A comprehensive narrative review was conducted using classical Ayurvedic texts and contemporary peer-reviewed literature. Data from institutional reports and recent experimental and clinical studies were also analyzed to identify emerging trends and research gaps. Results: There are key evidences which indicates that Kayachikitsa-based interventions improve metabolic parameters in lifestyle disorders. Advances in phytochemistry have identified various bioactive compounds which have multi-targeted actions. Emerging fields such as Ayurgenomics and digital health integration are reshaping personalized care. However, limitations are present in methodological standardization and translational research. Conclusion: Kayachikitsa holds strong potential as a systems-based medical approach. Future progress depends on integrative research models, biomarker-driven validation, and incorporation of emerging technologies such as metabolomics and artificial intelligence.