Analytical standardization of kanyalohadi vati
Journal name: World Journal of Pharmaceutical Research
Original article title: Analytical standardization of kanyalohadi vati
The WJPR includes peer-reviewed publications such as scientific research papers, reports, review articles, company news, thesis reports and case studies in areas of Biology, Pharmaceutical industries and Chemical technology while incorporating ancient fields of knowledge such combining Ayurveda with scientific data.
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Dr. R. M. Sireesha, Venkata Subbaiah K. and Sridurga Ch.
World Journal of Pharmaceutical Research:
(An ISO 9001:2015 Certified International Journal)
Full text available for: Analytical standardization of kanyalohadi vati
Source type: An International Peer Reviewed Journal for Pharmaceutical and Medical and Scientific Research
Doi: 10.20959/wjpr201819-13723
Copyright (license): WJPR: All rights reserved
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Summary of article contents:
Introduction
Kanyalohadi Vati is a significant herbo-mineral formulation in Ayurveda, specifically addressed in the texts of Rasa Tantra and Siddha Prayoga Sangraha. This formulation is acknowledged for its therapeutic efficacy in managing conditions like Kashtartava. The study highlights the importance of analytical standardization in Ayurveda, focusing on ensuring safety and establishing a quality control profile through advanced methodologies. Analytical techniques such as X-ray diffraction, scanning electron microscopy, particle size analysis, and other modern methods were employed to evaluate the formulation's identity, form, particle size, surface morphology, and chemical composition.
Analytical Techniques in Characterization
One of the key analytical techniques used in the study is X-ray diffraction (XRD), which serves to identify crystalline materials and determine their structure. The XRD results of Kanyalohadi Vati indicated major peaks corresponding to iron oxide (FeO) with a rhombohedral structure and magnesium iron aluminum oxide (MgFeAlO4) with a cubic structure. This analysis demonstrated that the formulation contained specific minerals, which are a result of both the ingredients used and the processing method. The unique diffraction pattern serves as a fingerprint for the material, asserting its identity and confirming the expected quality and standardization of the formulation.
Surface Morphology and Particle Characteristics
Another important concept explored in the study is the particle size and surface morphology of Kanyalohadi Vati, analyzed through scanning electron microscopy (SEM) and particle size analysis (PSA). SEM revealed that the particles comprised clusters of irregular-shaped flakes, providing insights into the physical structure of the formulation. The mean particle size was found to be 10.7 nm, emphasizing the formulation’s nano-sized attributes. This small size is significant as it can influence absorption rates and, subsequently, the therapeutic efficacy of the drug, allowing for quicker dispersion and enhanced bioavailability in the body.
Functional Group Analysis and Chemical Composition
Additionally, Fourier Transform Infrared Spectroscopy (FTIR) was employed to identify the functional groups present in Kanyalohadi Vati, revealing various bonds, including O-H, C-H, and C-O structures. This analytical technique is crucial for understanding the chemical attributes of the formulation, as different functionalities can indicate the presence of specific compounds and their interactions within the formulation. The Inductively Coupled Plasma - Optical Emission Spectrometry (ICP-OES) analysis further elucidated the elemental composition, indicating high levels of iron, potassium, and sulfur, while assuring the absence of toxic elements like arsenic and selenium, thereby reinforcing the safety profile of Kanyalohadi Vati.
Conclusion
In conclusion, the comprehensive analytical standardization of Kanyalohadi Vati illustrates its efficacy and safety as a herbo-mineral formulation. Through the application of advanced analytical techniques, the study confirms the presence of nano-sized particles and various essential elements derived from the herbal ingredients used. The findings contribute significantly to the understanding of Kanyalohadi Vati's structure and composition, establishing a solid foundation for its medicinal application in Ayurvedic practices. This analytical approach not only aids in ensuring the quality and safety of Ayurvedic formulations but also promotes their acceptance in contemporary medicinal practice.
FAQ section (important questions/answers):
What is Kanyalohadi Vati and its primary purpose?
Kanyalohadi Vati is an Ayurvedic herbo-mineral formulation used to manage conditions like Kashtartava, benefiting from the therapeutic properties of its various herbal ingredients and Kaseesa bhasma.
What are the key ingredients in Kanyalohadi Vati?
Key ingredients include Kaseesa bhasma, Elua (Musambaram), Twak, Ela, Sunthi, and Gulkand, each contributing unique therapeutic properties essential for the formulation's effectiveness.
How is the safety and efficacy of Kanyalohadi Vati determined?
The safety and efficacy are confirmed through various analytical methods, including XRD, SEM, and ICP-OES, which analyze the identity, composition, and quality of the formulation.
What modern analytical techniques were employed in the study?
Techniques included X-Ray Diffraction (XRD), Scanning Electron Microscopy (SEM), Particle Size Analysis (PSA), Zeta Potential, UV-Spectroscopy, FTIR, and Inductively Coupled Plasma – Optical Emission Spectrometry (ICP-OES).
What were the findings of the XRD analysis?
XRD analysis revealed major peaks of Iron oxide (FeO) and Magnesium Iron Aluminium Oxide, indicating specific crystalline structures present in Kanyalohadi Vati.
What does the Zeta Potential indicate for Kanyalohadi Vati?
A Zeta Potential value of -10.4 mV suggests moderate colloidal stability, which may affect the drug's dispersion and absorption characteristics in the body.
Glossary definitions and references:
Scientific and Ayurvedic Glossary list for “Analytical standardization of kanyalohadi vati”. This list explains important keywords that occur in this article and links it to the glossary for a better understanding of that concept in the context of Ayurveda and other topics.
1) Vati:
In the context of Ayurvedic medicine, 'Vati' refers to a type of traditional herbal tablet or pill formulation that combines various herbal and mineral ingredients. It is designed to provide therapeutic benefits in a compact form and is a common dosage form in Ayurvedic treatments, enhancing the efficacy and palatability of herbal medicines.
2) Bhasma (Bhasman):
'Bhasma' signifies Ayurvedic processed metals or minerals, turned into fine ash through specific purification and incineration methods. This process aims to render these substances bioavailable and safe for consumption, reducing toxicity while enhancing therapeutic properties, making 'Bhasma' an essential component in various Ayurvedic formulations for treating numerous health conditions.
3) Drug:
In this context, 'drug' pertains to any substance used for medical treatment, relief, or prevention of diseases, particularly in Ayurveda. The focus on herbal and mineral drugs underscores their historical significance and therapeutic applications, where the specific preparation and formulation of these substances are vital for ensuring their effectiveness and safety in patient care.
4) Surface:
'Surface' relates to the external part of the herbal drug formulations or the particles within them. In analytical studies like Scanning Electron Microscopy (SEM), understanding the surface characteristics aids in assessing the physical properties of the drug and its interaction with the biological environment, which is critical for bioavailability and therapeutic action.
5) Tirupati (Thirupati, Tiruppati):
'Tirupati' is a significant city in India known for its rich spiritual and cultural heritage, particularly as a pilgrimage site. The city is also home to the Sri Venkateswara Ayurvedic College, where research and education regarding Ayurvedic medicine takes place, thus contributing to the development and standardization of traditional medicine practices in the region.
6) Rasa (Rasha):
'Rasa' translates to 'taste' in Sanskrit but also signifies the essence or intrinsic qualities of drugs in Ayurvedic pharmacology. In Rasa Shastra, which deals with mineral and metal-based therapeutics, 'Rasa' embodies the unique therapeutic properties and actions of medicinal substances, guiding their use in various health conditions.
7) Table:
The term 'table' in the provided text refers to organized data presentation, particularly outlining the composition and quantities of ingredients in 'Kanyalohadi Vati.' Such tables are crucial for accurately conveying formulation details in research publications, enabling clear comparison, replication, and understanding of Ayurvedic drug formulations and their efficacies.
8) Rasashastra (Rasa-shastra, Rasasastra):
'Rasa-shastra' is a branch of Ayurvedic medicine focusing on the alchemical preparation of medicines using metals and minerals. It combines ancient wisdom with meticulous analytical studies to ensure therapeutic efficacy and safety. By understanding the transformations and purification processes, Rasa-shastra practitioners create potent formulations for various ailments.
9) Shastra (Sastra):
'Shastra' means 'scripture' or 'treatise,' referring to a body of knowledge or science in Sanskrit. In the context of Ayurveda, it denotes the vast texts governing the principles and practices of Ayurvedic medicine, including guidelines on pharmaceuticals, treatment protocols, and methodologies essential for practice and learning in this holistic health system.
10) Science (Scientific):
'Scientific' denotes the methods and principles based on empirical evidence and experimentation. Integrating scientific approaches into Ayurveda is critical for validating traditional practices, leading to broader acceptance within the healthcare framework and enhancing therapeutic efficacy through rigorous research, standardization, and quality control methodologies.
11) Shunthi (Sunthi, Sumthi, Shumthi):
'Sunthi' refers to dried ginger, recognized for its medicinal properties in traditional Ayurvedic medicine. It's often used for its benefits in digestion, anti-inflammatory effects, and as a remedy for various ailments. Incorporating Sunthi in formulations like 'Kanyalohadi Vati' enhances its therapeutic profile and effectiveness, especially in gastrointestinal health.
12) Powder:
'Powder' denotes the finely milled form of ingredients in traditional herbal and mineral formulations. In Ayurveda, the transformation of raw materials into powdered forms enhances their absorption and bioavailability, making them more effective as medicinal agents. The particle size influences the rate of dissolution and absorption in the body.
13) Study (Studying):
'Study' refers to the systematic investigation of a particular subject. In this context, it emphasizes the analytical research conducted on 'Kanyalohadi Vati.' The study involves assessing the formulation's properties, components, and therapeutic efficacy through modern scientific techniques, contributing to the validation and standardization of Ayurvedic practices.
14) Bhaishajya (Bhaisajya):
'Bhaishajya' translates to 'medicine' in Ayurveda, encapsulating both herbal and mineral formulations used for treatment and healing. This term signifies the holistic approach of Ayurvedic practice in restoring health through safe and effective medicinal practices, relying on a deep understanding of nature's resources and therapeutic potentials.
15) Transformation (Transform, Transforming):
'Transformation' refers to the crucial processes involved in converting substances into forms that are therapeutically effective. In Ayurveda, this term highlights the significance of both physical and chemical changes undergone by herbs and minerals during processing, aiming to enhance their bioavailability and medicinal properties.
16) Kalpana:
'Kalpana' signifies the preparation or formulation of medicines in Ayurveda. It denotes meticulous processes involved in making herbal and herbo-mineral drugs, ensuring they are crafted for maximum therapeutic effect. Understanding 'Kalpana' is vital in attaining the desired medicinal properties and achieving the goals of Ayurveda in patient treatment.
17) Mineral:
'Mineral' denotes naturally occurring inorganic substances essential for various bodily functions and health. In Ayurvedic practices, minerals are often used in the form of 'Bhasma' after undergoing specific purification and processing methods to ensure safety and enhance their nutritional and therapeutic aspects in various formulations.
18) Water:
'Water' is a crucial solvent in both traditional and modern medicinal formulations, facilitating the extraction of active components from plants or minerals. In Ayurvedic practices, the role of water extends beyond mere solvent; it plays an essential role in preparing decoctions or extracts that are integral to various therapeutic solutions.
19) Puta:
'Puta' refers to the specific incineration or heating process employed in the preparation of 'Bhasma' in Rasa Shastra. This process is essential for transforming raw materials into bioavailable and safe forms. The number of 'Puta' signifies the extent of processing required to attain the desirable medicinal properties of the final product.
20) Shrinivasa (Shri-nivasa, Srinivasa):
'Srinivasa' refers to the deity associated with the city of Tirupati, often connected with spiritual healing. The mention of 'Srinivasa' signifies the city's importance as a hub for Ayurvedic education and research, underpinning the integration of traditional spiritual beliefs and sciences in the scope of Ayurvedic medicine.
21) Quality:
'Quality' embodies the measures of purity, efficacy, and safety of herbal and mineral products in medicinal contexts. In Ayurveda, maintaining high-quality standards in formulations ensures that treatments are effective and reduce the risk of side effects, thus promoting trust and adherence among patients using traditional therapies.
22) Shodhana (Sodhana):
'Shodhana' refers to the purification process used in Ayurveda to remove impurities and enhance the safety of raw materials, especially metals and minerals. This method is crucial in Rasa Shastra, ensuring that the 'Bhasma' produced is both effective and safe for consumption, minimizing potential toxic effects in patients.
23) Pariksha (Pariksa):
'Pariksha' translates to 'examination' or 'testing' in Ayurveda. It encompasses various assessments conducted to evaluate the quality and efficacy of medicinal substances. In the context of 'Bhasma' preparations, 'Pariksha' is essential for ensuring that the therapeutic agents meet the required safety and quality standards before use.
24) Medicine:
'Medicine' refers to substances used for diagnosis, treatment, or prevention of disease. In the context of Ayurveda, it encompasses a vast array of herbal, mineral, and herbo-mineral formulations, emphasizing the holistic approach to health and healing that integrates body, mind, and spiritual well-being in treatment modalities.
25) Samgraha (Sangraha):
'Sangraha' signifies a collection or compilation, particularly of knowledge and practices. In Ayurvedic texts, it often refers to compilations that document various medicinal formulations and their therapeutic uses, serving as an essential reference for practitioners to ensure the effective application of traditional healing methods.
26) Sharava (Sarava):
'Sharava' denotes a type of traditional Indian cookware used in the process of making 'Bhasma.' It reflects the materials and methods developed in Ayurveda for processing drugs safely, emphasizing the significance of appropriate tools in achieving the desired transformations while maintaining the integrity of medicinal properties.
27) Tantra (Tamtra, Tantrism):
'Tantra' refers to a system or framework of practices and philosophies in ancient Indian sciences, including Ayurveda. It embodies the methods and structures underlying various treatments, particularly those that relate to the preparation and use of herbal and mineral remedies, providing a comprehensive approach to healing.
28) Siddha:
'Siddha' translates to 'achievement' or 'perfection' in Sanskrit, referring to a traditional healing system within Ayurveda that emphasizes the attainment of a harmonious state of health through meticulous preparation of medicines and the mastery of healing arts, integrating both spiritual and physical aspects of well-being.
29) Marana:
'Marana' signifies the incineration process used in Ayurveda to transform raw substances into therapeutic 'Bhasma.' This critical step ensures that the raw materials undergo a transformation enhancing their safety and efficacy, allowing for the production of powerful medicines that support the healing process.
30) Kumari:
'Kumari' refers to a specific medicinal plant, often associated with various therapeutic benefits in Ayurveda. In the context of 'Kanyalohadi Vati,' the use of 'Kumari' emphasizes the significance of herbal components in traditional formulations, contributing to the overall efficacy and holistic approach to patient care.
31) Sara (Shara):
'Sara' denotes the essential or most significant aspects of a subject. In Ayurvedic texts, it refers to the core elements of treatment or medicinal preparations, indicative of the importance placed on understanding the primary attributes of compounds used for therapeutic purposes.
32) Tastelessness:
'Tastelessness' is an important quality for some Ayurvedic formulations, indicating a lack of adverse sensory experiences during medication. This characteristic can enhance patient compliance, as tasteless preparations are easier to consume, and are often associated with significant medicinal benefits without the distraction of unpleasant flavors.
33) Accumulation (Accumulating, Accumulate):
'Accumulation' signifies the build-up of substances within the body or within a formulation. In Ayurvedic practices, understanding the accumulation of therapeutic agents, whether beneficial or detrimental, is essential for evaluating efficacy, optimizing formulations, and preventing potential toxicity or adverse effects in patients being treated.
34) Varitaratva:
'Varitaratva' indicates the property of a 'Bhasma' that allows it to float on water, a test of its lightness and purity. This quality is significant in evaluating the effectiveness and safety of Ayurvedic medicines, ensuring that they have been processed correctly and are suitable for therapeutic use.
35) Kashtartava (Kastartava, Kashta-artava):
'Kashtartava' refers to painful menstruation or dysmenorrhea, a condition addressed in Ayurvedic practice. Understanding the nature and treatment of 'Kashtartava' is essential for the effective formulation of medicines aimed at alleviating menstrual discomfort and promoting overall reproductive health in women.
36) Observation:
'Observation' entails the careful examination and documentation of changes or effects resulting from treatments in Ayurveda. This process is crucial for understanding the efficacy and safety of medicinal formulations, guiding practitioners in adjusting treatments and enhancing therapeutic outcomes based on patient responses.
37) Discussion:
'Discussion' serves as a platform for interpreting findings, drawing conclusions, and exchanging ideas regarding the outcomes of clinical studies and research. In the context of Ayurvedic medicine, 'Discussion' is integral to integrating traditional knowledge with modern scientific evidence, leading to improved practices and formulations.
38) Prakarana:
'Prakarana' refers to a division or section within Ayurvedic texts that systematically categorizes information, including medicinal preparations and their uses. This organizational structure facilitates understanding and application of Ayurvedic principles, making it easier for practitioners to access relevant knowledge for effective treatment.
39) Knowledge:
'Knowledge' encompasses the understanding and insights gained through study, practice, and experience. In Ayurveda, possessing knowledge about herbs, their therapeutic properties, and preparation techniques is vital for practitioners, informing safe and effective treatment choices and promoting holistic health and well-being.
40) Substance:
'Substance' denotes any material or compound used in preparation of drugs or treatments. In the Ayurvedic context, understanding the properties of various herbs, minerals, and their combinations is essential for creating effective formulations that address health concerns, ensuring both safety and efficacy in patient care.
41) Ayurveda (Ayus-veda):
'Ayurveda' is an ancient system of medicine from India that emphasizes a holistic approach to health and wellness. It integrates the physical, mental, and spiritual dimensions of healing, using natural remedies derived from plants, minerals, and animal products to promote balance and prevent illness.
42) Prathama:
'Prathama' signifies the first or foremost position in a sequence. In Ayurvedic texts, it may refer to the primary principles or formulations that lay the foundation for understanding the practice, serving as essential references for practitioners and students alike in their study of Ayurvedic medicine.
43) Sindhura (Simdhura):
'Sindhura' refers to a specific type of 'Bhasma' known for its red color, typically used in Ayurvedic medicine for its therapeutic benefits. Highlighting its use in formulations emphasizes the complex nature of Ayurvedic preparations, integrating both herbal and mineral components to enhance healing properties and patient care.
44) Toxicity:
'Toxicity' relates to the degree to which a substance can cause harm to biological systems. In Ayurvedic practices, assessing the toxicity of herbal and mineral formulations is crucial for ensuring patient safety, necessitating rigorous purification and analysis to provide effective treatments without harmful side effects.
45) Vomiting:
'Vomiting' is a reflex action that expels contents from the stomach and is often a side effect of various medications. Understanding the causes and implications of vomiting in Ayurvedic practice aids practitioners in modifying treatments and choosing formulations that minimize adverse effects while maximizing therapeutic benefits.
46) Bhavana (Bha-vana):
'Bhavana' refers to the process of blending or integrating herbal materials with specific juices or oils to enhance their medicinal properties. This method increases efficacy and bioavailability, illustrating the intricate preparations involved in Ayurvedic formulations, ultimately improving the therapeutic outcomes for patients relying on traditional treatments.
47) Venkata (Vemkata):
'Venkata' refers to a notable geographical and cultural landmark in India, specifically linked to the Venkateswara Temple in Tirupati. This connection indicates the city's historical significance in Ayurveda and traditional medicine, where spiritual beliefs intertwine with health practices, contributing to the evolving landscape of Ayurvedic medicine.
48) Chennai:
'Chennai' is a major city in India renowned for its role in education, healthcare, and culture. Its mention signifies the geographical context within which herbal materials are sourced, enhancing the understanding of local practices and the availability of traditional medicinal resources crucial for Ayurvedic formulations.
49) Heating:
'Heating' refers to the process of applying heat to substances, crucial in various Ayurvedic preparations, especially in transformations such as 'Marana' and 'Shodhana.' This controlled heating ensures the purification and efficacy of herbal and mineral components, enabling the safe and potent creation of medicinal formulations.
50) Disease:
'Disease' signifies any alteration in the body's normal functioning. In Ayurveda, understanding disease involves a holistic perspective, taking into account physical, mental, and emotional aspects. This comprehensive approach aids in devising treatments targeting root causes rather than merely alleviating symptoms, promoting overall wellness and balance.
51) Filling (Filled):
'Filled' refers to the characteristic of 'Bhasma' or similar preparations that neatly fit into the crevices when tested for purity. This term conveys the importance of achieving the right texture and consistency in Ayurvedic medicines, reflecting their quality and the effectiveness of processing techniques employed in their preparation.
52) Dravya:
'Dravya' translates to 'substance' or 'matter,' referring to the materials used in Ayurvedic formulations. This term underscores the importance of ingredient selection in traditional medicine, emphasizing the need for high-quality, effective 'Dravyas' that contribute to the therapeutic properties of various medicines and formulations.
53) Gutika:
'Gutika' refers to a form of herbal or mineral medicinal preparation in Ayurveda typically shaped into pills or tablets. This term highlights an important delivery method in traditional medicine, facilitating ease of consumption, exact dosage, and the preservation of the active ingredients for therapeutic use.
54) Mahila:
'Mahila' translates to 'woman' in Sanskrit, representing the focus on women's health issues within Ayurveda. This term emphasizes the importance of addressing specific health concerns, conditions, and treatments relevant to women, showcasing Ayurveda's holistic approach to medicine that considers the unique needs of different demographics.
55) Andhra (Amdhra):
'Andhra' refers to a state in southeastern India, known for its rich cultural and historical background. Its mention ties the Ayurvedic practices and research findings to a specific geographic region, highlighting local traditions, herbs, and knowledge systems that significantly contribute to the development and evolution of Ayurveda.
56) Nausea:
'Nausea' is a common symptom often associated with various health conditions or the intake of certain medications. In Ayurveda, understanding and managing nausea is vital for ensuring patient comfort and adherence to treatment plans, necessitating the formulation of medicines that alleviate such adverse effects without compromising efficacy.
57) Nature:
'Nature' refers to the inherent qualities and natural state of substances used in Ayurvedic medicine. Emphasizing 'Nature' underscores the holistic principles underpinning Ayurvedic practices, as it relies on the synergistic effects of natural ingredients drawn from the environment to promote healing and restore balance in the body.
58) Debate:
'Debate' refers to the discussion and differing opinions surrounding the safety and efficacy of certain substances, particularly regarding their use in Ayurvedic practices. This term highlights the critical nature of ongoing discourse in the field, reflecting the need for rigorous scientific validation and quality control of traditional treatments.
59) Khanda (Khamda):
'Khanda' signifies a section or chapter within Ayurvedic texts that outlines specific principles or methodologies. Its inclusion represents the structured approach to Ayurvedic knowledge, allowing practitioners and scholars to navigate complex subjects related to herbal and alterable formulations efficiently, supporting effective application in practice.
60) Silver:
'Silver' is a metal known for its antibacterial and healing properties. In Ayurvedic formulations, it may be used for its therapeutic effects, underscoring the practice of harnessing both herbal and mineral resources' synergistic benefits. Understanding the role of metals like silver is crucial for ensuring safety in Ayurvedic preparations.
61) Kadapa:
'Kadapa' refers to a city in Andhra Pradesh, India, relevant for its connections to local Ayurvedic practices and herbal resources. Mentioning 'Kadapa' reinforces the geographical aspect of Ayurvedic research, indicating the sourcing of herbal ingredients and contributing to the regional richness of traditional medicine.
62) Laghu:
'Laghu' translates to 'light' in Sanskrit, often relating to the properties of herbs or formulations in Ayurveda. In practice, Laghu properties indicate quicker digestion and lighter therapeutic action, which can be beneficial in formulating medicines that aim for swift absorption and effectiveness in treating specific conditions.
63) India:
'India' is the birthplace of Ayurveda, reflecting a rich history of traditional medicine that spans thousands of years. Its mention in the context emphasizes the cultural significance of Ayurvedic practices, showcasing the integration of ancient wisdom with modern scientific validation to promote holistic health and well-being.
64) Avami:
'Avami' refers to an adverse reaction, particularly in the context of ingestion in Ayurveda, like vomiting. Addressing potential 'Avami' is crucial in developing formulations that minimize side effects, ensuring the overall safety and acceptance of Ayurvedic medicines as viable alternatives within modern healthcare.
65) Sugar:
'Sugar' plays a role in various Ayurvedic formulations as both a sweetening agent and a preservative. It can enhance the palatability of medicines, promoting patient compliance while also contributing to the therapeutic properties of certain preparations, demonstrating the thoughtful integration of ingredients in Ayurvedic practice.
66) Yogi (Yogin):
'Yogi' refers to a practitioner of yoga and spirituality, often associated with a holistic understanding of health. In the Ayruvedic context, 'Yogi' signifies the connection between mind, body, and spirit, highlighting the integrative approach of traditional practices that sees physical health as interconnected with mental and spiritual well-being.
67) Line:
'Line' often refers to the distinct characteristics or pathways through which Ayurvedic knowledge is organized. In traditional practices, establishing a clear line of thought or methodology facilitates understanding, application, and transmission of Ayurvedic principles, ensuring effective use of medicinal preparations for promoting health and healing.
68) Life:
'Life' encompasses the experience of being, including physical, mental, and spiritual dimensions. In Ayurveda, understanding the nature of life is fundamental as it guides the holistic approach to health that prioritizes balance and wellness, empowering individuals to maintain equilibrium and vitality throughout their lives.
Other Science Concepts:
Discover the significance of concepts within the article: ‘Analytical standardization of kanyalohadi vati’. Further sources in the context of Science might help you critically compare this page with similair documents:
Bhasma, Rasashastra, X-ray diffraction, Analytical studies, Particle size analysis, Pharmaceutical procedure, Scanning Electron Microscopy, Fourier transform infrared spectroscopy, Iron oxide, Inductively coupled plasma optical emission spectrometry, Zeta potential, UV-Spectroscopy, Churna nirmana, Safety analysis.