A theoretical framework for integration of technology with fundamental principles of Ayurveda to develop a prototype instrument to assess Guna (viz. Gurvadi guna)

Background: The foremost challenge for global acceptance of traditional systems of Indian medicine is to establish evidence for all the documentation mentioned in the texts. To make Ayurveda more evidence-based, there is a need for an abundance of data with proper validity and reliability. To ensure that the data collected from various research studies is reliable as well as valid, there is a need to convert possible subjective parameters into objective ones. Guna (~attribute/property), a fundamental concept in Ayurveda, particularly Gurvadi guna (~physical attributes), is a similar subjective parameter that needs more objectivity to be assessed uniformly by all practitioners of Ayurveda. Aim: The aim of this study was to propose a conceptual framework for developing a prototype instrument that objectively assesses Gurvadi guna in both substances and the human body, integrating technology with Ayurvedic principles. Methods: This concept presents a theoretical framework, synthesizing ideas from Ayurvedic philosophy, modern scientific techniques, and technological innovations. It proposes the integration of chromatography, spectroscopy, biophysical techniques, and nanotechnology for Guna assessment. The framework envisages a multifunctional instrument capable of evaluating Gurvadi guna in substances and human physiology simultaneously. Expected Outcomes: The proposed instrument targets to provide a standardized approach to Guna assessment in Ayurvedic practice, objective measurements of Gurvadi guna in various substances and the human body, and enhanced precision in diagnosing imbalances and selecting appropriate treatments. Conclusion: This conceptual framework represents a novel approach to bridging traditional Ayurvedic knowledge with modern technology. While acknowledging the challenges in development and implementation, this proposal aims to stimulate interdisciplinary collaboration and innovation in Ayurvedic research and practice.

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Publication Details

Journal
International Journal of Ayurveda Research
Published
2024-10-01
DOI
https://doi.org/10.4103/ijar.ijar_191_24
Primary Topic
Essential Oils and Antimicrobial Activity
Type
article
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article

A theoretical framework for integration of technology with fundamental principles of Ayurveda to develop a prototype instrument to assess Guna (viz. Gurvadi guna)

Meena Deogade, Tanuja Manoj Nesari, T P Athul, Niranjan Ram
International Journal of Ayurveda Research
Essential Oils and Antimicrobial Activity
article

A theoretical framework for integration of technology with fundamental principles of Ayurveda to develop a prototype instrument to assess Guna (viz. Gurvadi guna)

Meena Deogade, Tanuja Manoj Nesari, T P Athul, Niranjan Ram
article en

Abstract

Background: The foremost challenge for global acceptance of traditional systems of Indian medicine is to establish evidence for all the documentation mentioned in the texts. To make Ayurveda more evidence-based, there is a need for an abundance of data with proper validity and reliability. To ensure that the data collected from various research studies is reliable as well as valid, there is a need to convert possible subjective parameters into objective ones. Guna (~attribute/property), a fundamental concept in Ayurveda, particularly Gurvadi guna (~physical attributes), is a similar subjective parameter that needs more objectivity to be assessed uniformly by all practitioners of Ayurveda. Aim: The aim of this study was to propose a conceptual framework for developing a prototype instrument that objectively assesses Gurvadi guna in both substances and the human body, integrating technology with Ayurvedic principles. Methods: This concept presents a theoretical framework, synthesizing ideas from Ayurvedic philosophy, modern scientific techniques, and technological innovations. It proposes the integration of chromatography, spectroscopy, biophysical techniques, and nanotechnology for Guna assessment. The framework envisages a multifunctional instrument capable of evaluating Gurvadi guna in substances and human physiology simultaneously. Expected Outcomes: The proposed instrument targets to provide a standardized approach to Guna assessment in Ayurvedic practice, objective measurements of Gurvadi guna in various substances and the human body, and enhanced precision in diagnosing imbalances and selecting appropriate treatments. Conclusion: This conceptual framework represents a novel approach to bridging traditional Ayurvedic knowledge with modern technology. While acknowledging the challenges in development and implementation, this proposal aims to stimulate interdisciplinary collaboration and innovation in Ayurvedic research and practice.

International Journal of Ayurveda ResearchVol. 5(4)
National Institute of Ayurveda (IN)
Industry, innovation and infrastructure
Openalex Percentile: Top 70%
Essential Oils and Antimicrobial Activity
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