A review of classical and modern parameters for standardization of sneha kalpana

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Journal name: World Journal of Pharmaceutical Research
Original article title: A review of classical and modern parameters for standardization of sneha kalpana
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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Author:

Dr. Swati D. Putkamwad, Dr. Jyoti Waghmare (Kharat), Dr. Ujwala A. Jadhao, Dr. Nalini R. Hedaoo


World Journal of Pharmaceutical Research:

(An ISO 9001:2015 Certified International Journal)

Full text available for: A review of classical and modern parameters for standardization of sneha kalpana

Source type: An International Peer Reviewed Journal for Pharmaceutical and Medical and Scientific Research

Doi: 10.20959/wjpr20237-27996

Copyright (license): WJPR: All rights reserved


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Summary of article contents:

1) Introduction

Ayurveda, with its rich heritage, utilizes various formulations to treat diseases, among which Sneha Kalpana, a method of preparing medicated oils (Tail) and ghee (Ghrita), is particularly significant. This review discusses classical and modern parameters essential for the standardization of Sneha Kalpana, focusing on its preparation methods and the extraction of fat-soluble active principles. These preparations have greater efficacy due to their longer shelf life and versatility in administration methods, such as Pana, Abhyanga, Nasya, and Basti. The article covers both traditional Siddhi Lakshanas and contemporary analytical techniques, including physicochemical and phytochemical parameters necessary for quality control.

2) The Process of Sneha Kalpana

The preparation of Sneha Kalpana involves three key phases: Murchana, Tail Paka, and Paka Siddhi. Murchana entails the warming and cooling of oils prior to the addition of herbs, which are combined with water while being constantly stirred. Tail Paka is the second and crucial phase, where a calculated proportion of the liquid and herbal mixture is subjected to gentle heat until evaporation occurs. Finally, Paka Siddhi involves evaluating the quality of the oil through completion tests, ensuring the desired characteristics such as appropriate consistency, loss of moisture, and enhancement of therapeutic properties. The successful execution of these phases is critical for achieving the intended efficacy of the medicinal oils.

3) Classical and Modern Standardization Parameters

Quality control of Sneha Kalpana is governed by both classical Siddhi Lakshanas, detailed in ancient Ayurvedic texts, and modern analytical standards as prescribed by the Ayurvedic Pharmacopoeia of India (API). Classical parameters include sensory evaluations such as color, odor, and taste, while modern methods incorporate physicochemical tests, such as viscosity, refractive index, rancidity, iodine, acid, saponification, free fatty acids, and peroxide values. Analytical techniques like Thin Layer Chromatography (TLC) and High-Performance Thin-Layer Chromatography (HPTLC) are employed to evaluate the identity, purity, and batch-to-batch consistency of these formulations, thereby enhancing the reliability of Ayurvedic medications.

4) Implications of Analytical Findings

The article also presents the comparative analysis of different types of Tail, focusing on parameters such as rancidity, refractive index, acid value, and more. For instance, the absence of rancidity across samples signifies their quality, while variations in iodine values indicate differing levels of unsaturation and stability among the oils. The findings suggest that oils with lower iodine values possess enhanced shelf life and stability. Additionally, tests for heavy metals and aflatoxins are crucial as they assure the safety and purity of the preparations, which is imperative in maintaining client health standards. The evaluation methods discussed allow for the reliable quality assurance of Sneha Kalpana formulations.

5) Conclusion

In conclusion, the standardization of Sneha Kalpana is foundational for ensuring the quality and efficacy of Ayurvedic formulations. This review elucidates the importance of combining classical techniques with modern analytical standards in the preparation of medicated oils, addressing both traditional practices and contemporary quality control measures. The integration of these methodologies not only supports the validation of Ayurvedic medicines but also enhances their therapeutic potential, ultimately contributing to the effectiveness of Ayurvedic treatment protocols. Through continuous research and refinement of standardization practices, the integrity of Ayurvedic medicine can be upheld in the modern healthcare context.

FAQ section (important questions/answers):

What is the primary focus of the review on Sneha Kalpana?

The review explores classical and modern parameters for standardization of Sneha Kalpana, a traditional Ayurvedic formulation, emphasizing its preparation techniques and analytical methods for quality control.

What are the four administration methods for Sneha Kalpana?

Sneha Kalpana can be administered through four methods: Pana (oral), Abhyanga (massage), Nasya (nasal), and Basti (enema). This versatility enhances its therapeutic applications.

What is the significance of standardization in Ayurvedic formulations?

Standardization ensures uniformity and consistency in the preparation of Ayurvedic drugs, helping maintain quality, efficacy, and safety for effective patient treatment.

What are some modern analytical parameters for Sneha Kalpana?

Modern analytical parameters include organoleptic properties, physicochemical metrics like viscosity and saponification value, and chromatographic techniques such as Thin Layer Chromatography.

What classical parameters are evaluated in the standardization of Sneha Kalpana?

Classical parameters involve sensory attributes like shape, sound during its preparation, and the desirable color, odor, and taste upon completion of Sneha Kalpana.

How does the preparation duration of oils affect their potency?

Longer preparation durations allow for better absorption of fat-soluble active ingredients, which enhances the therapeutic potency of the oils used in Sneha Kalpana.

Glossary definitions and references:

Scientific and Ayurvedic Glossary list for “A review of classical and modern parameters for standardization of sneha kalpana”. 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) Sneha:
In Ayurveda, 'Sneha' refers to oleaginous substances, typically oils or fats, which play a crucial role in extracting active therapeutic ingredients from herbs. They are essential for preparing various formulations, enhancing the therapeutic efficacy of drugs, and promoting bioavailability of fat-soluble nutrients, thus facilitating healing and wellness.

2) Kalpana:
The term 'Kalpana' in Ayurveda denotes the various forms or preparations of medicines. It encompasses a range of methods used to prepare Ayurvedic formulations that can include herbal, mineral, and fat-based compounds. This concept is integral in ensuring that the preparations meet therapeutic standards while maximizing effectiveness.

3) Paka:
In Ayurvedic pharmacology, 'Paka' refers to the cooking or preparation process of medicinal formulations. This process involves specific heating techniques that help in the extraction of active principles, enhancing the potency and effectiveness of the final product, vital for achieving desired health outcomes.

4) Quality:
Quality is a critical attribute of any therapeutic formulation within Ayurveda. It refers to the efficacy, safety, and purity of the drug, which must comply with established standards. Ensuring high quality is essential for successful treatment outcomes and patient safety, thereby influencing trust in Ayurvedic medicine.

5) Kalka:
'Kalka' refers to a paste made from fresh herbs or medicinal plants, commonly used in Ayurvedic formulations. It serves as a primary ingredient in the preparation of 'Sneha Kalpana,' contributing essential phytochemicals for therapeutic benefits. It's often used in various formulations to enhance efficacy and therapeutic action.

6) Ayurveda (Ayus-veda):
Ayurveda is an ancient Indian system of medicine based on the balance of body, mind, and spirit. It employs natural remedies from herbs, minerals, and other substances, emphasizing holistic health. Its principles guide the formulation of medications, ensuring they align with individual health needs and therapeutic goals.

7) Taila (Thaila):
'Taila' translates to oil in Ayurveda. It represents one of the fundamental bases used in various Ayurvedic formulations. Oil acts as a medium for extracting and delivering active substances, enhancing absorption and therapeutic efficacy. It is essential for preparing medicated oils (Sneha Kalpana) integral to Ayurvedic treatment.

8) Bhaishajya (Bhaisajya):
Bhaishajya translates to medicine in Ayurveda, encompassing all forms of healing substances derived from natural sources. This concept includes a wide array of herbal and mineral formulations, highlighting the importance of tailored treatment approaches for various ailments, and underpinning the principles of Ayurvedic therapies.

9) Drug:
'Drugs' in Ayurveda encompass all medicinal substances used for therapeutic purposes, including herbal extracts, minerals, and compounds. The careful selection and formulation of these drugs are critical for developing effective treatments, emphasizing the importance of traditional knowledge and modern research in pharmacy.

10) Oil:
'Oils' in Ayurvedic formulations serve multiple therapeutic purposes. They act as carriers for medicinal properties, enhancing bioavailability and efficacy of the compounds they extract. Various conditioning oils, like 'Sneha,' are significant in treatments, fostering absorption and improving overall health benefits.

11) Substance:
'Substances' in Ayurveda include the various materials used in the formulation of drugs, including herbs, minerals, and oils. Understanding the properties and interactions of these substances is essential for creating effective medicinal preparations that align with Ayurvedic principles.

12) Study (Studying):
The term 'study' relates to systematic research and review of Ayurvedic principles, formulations, and their effects on health. It involves analysis of traditional knowledge alongside modern scientific methods to validate and enhance the understanding of efficacy, quality, and therapeutic outcomes in Ayurvedic practices.

13) Medicine:
'Medicines' are the various formulations developed within Ayurveda for treating ailments. These medicines, derived from natural sources, incorporate traditional knowledge and practices to deliver holistic healing, focusing on restoring balance and overall health in patients.

14) Purity:
Purity in Ayurvedic formulations indicates the absence of contamination and the presence of only the active ingredients as intended. Maintaining high purity levels is vital for ensuring the safety and effectiveness of medicines, reinforcing the need for rigorous quality control processes throughout the preparation stages.

15) Samhita:
In Ayurveda, 'Samhita' refers to classical texts that compile the knowledge, principles, and practices of Ayurvedic medicine. These texts serve as foundational references for practitioners, providing guidelines on the preparation, application, and understanding of various therapeutic formulations and treatments.

16) Durvadi:
'Durvadi' refers to a specific type of medicated oil used in Ayurveda, prepared with particular herbal formulations. It exemplifies a product of 'Sneha Kalpana,' showcasing the combination of herbs known for their therapeutic benefits. Durvadi Tail is often used in treatments for various health conditions.

17) Siddhi:
In Ayurvedic context, 'Siddhi' refers to the successful achievement of desired therapeutic effects from formulations. It pertains to understanding the processes and parameters needed to ensure that medicines are prepared correctly to achieve intended health outcomes, including optimal potency and efficacy.

18) Rasashastra (Rasa-shastra, Rasasastra):
'Rasashastra' is a branch of Ayurveda focusing on the use of metals, minerals, and alchemical processes to prepare therapeutic substances. It addresses the complex interactions between these elements and herbal formulations, emphasizing the creation of potent medications with enhanced effectiveness for various ailments.

19) Murchana (Murcchana):
'Murchana' refers to a specific method of processing oils in Ayurveda, where oil is subjected to a particular heating and cooling process. This technique enhances the therapeutic properties of the oil by removing impurities and allowing better extraction of medicinal constituents from accompanying herbs.

20) Yashtimadhu (Yastimadhu, Yashti-madhu):
Yashtimadhu, also known as licorice, is an important herb in Ayurvedic medicine. It is recognized for its soothing properties for various ailments, contributing to formulations like 'Taila.' Its inclusion in preparations serves to enhance healing effects, especially in respiratory and digestive issues.

21) Lakshana (Laksana):
'Lakshanas' are observable characteristics or signs outlined in Ayurvedic texts that guide diagnosis and treatment processes. Understanding these signs enables practitioners to assess health conditions accurately and tailor treatments to restore balance and health in patients.

22) Toxicity:
Toxicity is a critical consideration in the evaluation of Ayurvedic medicines. It signifies the degree to which a substance can cause harm to the human body. Understanding toxicity levels ensures that herbal formulations are safe for consumption and effective without adverse effects.

23) India:
India is the birthplace of Ayurveda, and its rich tradition of natural healing practices continues to influence modern medicine. The integration of ancient wisdom with current research is essential for the development of Ayurvedic formulations, ensuring they are safe, effective, and culturally relevant.

24) Sarpis (Sarpi, Sarpish):
'Sarpi' refers to ghee in Ayurveda, which is often used as a base in numerous medicinal preparations. Its emulsifying properties and nutritional benefits support the absorption of fat-soluble nutrients, enhancing therapeutic outcomes and representing a traditional component in many Ayurvedic formulations.

25) Table:
In the context of research articles, 'Table' refers to a structured presentation of data, such as analytical findings, parameters, or comparisons. It facilitates clearer understanding and communication of results, making complex information accessible and allowing for easier interpretation in Ayurvedic studies.

26) Human body:
In Ayurveda, the 'human body' is viewed as a complex system influenced by physical, mental, and spiritual aspects. Ayurvedic practices aim to restore balance and health within this system, utilizing natural substances and therapies tailored to individual needs for holistic health and wellness.

27) Phytochemical:
Phytochemicals are bioactive compounds derived from plants that contribute to medicinal properties in Ayurvedic formulations. These chemicals play a significant role in therapeutic effects, enhancing health benefits through natural plant-based ingredients, validating the importance of plants in traditional medicine.

28) Performance:
In the context of Ayurvedic formulations, 'performance' refers to the effectiveness and therapeutic results achieved through medical treatments. It is paramount to evaluate the performance of various formulations to ensure they provide the desired health benefits and improve patient outcomes.

29) Nikshipta (Niksipta):
'Nikshipta' refers to the ability of a substance to remain undisturbed or stable. In Ayurvedic practices, ensuring the nikshipta quality of preparations is crucial for maintaining the potency and efficacy of medicinal formulations during storage and application.

30) Inference:
'Inference' in Ayurvedic contexts involves drawing conclusions based on observations and research findings. This process is essential for understanding the efficacy of treatments, influencing formulation techniques, and enhancing overall health practices based on empirical evidence.

31) Mandagni (Manda-agni, Mamdagni):
'Mandagni' refers to a state of weak digestive fire in Ayurveda, associated with digestive issues. It underscores the importance of maintaining optimal digestive health as foundational to overall well-being and influences the selection of food and herbs for healing.

32) Arishta (Arista):
'Arishta' refers to an Ayurvedic preparation that utilizes fermented substances, particularly in the context of liquid formulations. These are usually sweet, detoxifying, and used for their therapeutic benefits, especially in digestive and metabolic health.

33) Science (Scientific):
Sciences relating to Ayurveda involve interdisciplinary approaches that combine traditional knowledge with modern research methodologies. This scientific scrutiny enhances understanding of herbal properties, pharmacodynamics, and ultimately increases the credibility of Ayurveda in contemporary healthcare settings.

34) Ghrita (Ghrta):
'Ghrita' refers to clarified butter in Ayurveda, extensively used for its medicinal properties. Like 'Taila,' it acts as a vehicle for delivering therapeutic substances, enhancing absorption and efficacy in dietary and topical applications across various Ayurvedic treatments.

35) Rajput:
In the context of Ayurveda, the reference to 'Rajput' may pertain to a contributor or researcher associated with the study or formulation of Ayurvedic medicines. Acknowledging contributors is essential to validate and recognize the development of Ayurvedic knowledge.

36) Phanta (Phamta):
'Phanta' is an Ayurvedic preparation consisting of medicinal decoctions. It is typically used for its digestive and detoxifying properties, emphasizing the importance of liquid formulations in Ayurvedic healing practices and their roles in nutrient extraction and absorption.

37) Gunja (Gumja):
Gunja refers to a specific type of medicinal oil in Ayurveda, known for its therapeutic benefits. The use of Gunja highlights the diverse nature of oils in Ayurvedic practices, each selected for unique healing properties based on traditional formulations.

38) Water:
Water is a fundamental component in Ayurveda, used as a solvent for extracting medicinal properties. It also plays a pivotal role in various preparations, highlighting the importance of hydration and purity in the effectiveness of Ayurvedic treatments.

39) Rati:
Rathi may refer to a contributor in Ayurvedic research or experimentation. Collaboration and citations are essential in developing comprehensive Ayurvedic practices, building upon the work of various practitioners and researchers to enhance the systematic study of treatments.

40) Guti:
'Guti' refers to tablet formulations in Ayurveda, representing another method of delivering therapeutic substances. These solid preparations enable convenient dosing and are often derived from various herbs and minerals, showcasing the diversity within Ayurvedic medicinal forms.

41) Agni:
'Agni' denotes the digestive fire in Ayurveda, fundamental to metabolism and assimilation. Proper balance of Agni is critical for health; disturbances can lead to diseases. Ayurvedic treatments often aim to regulate and restore this essential energy for optimal health.

42) Tila:
'Tila' is the Sanskrit term for sesame seeds, an important ingredient in Ayurvedic medicine, particularly in oil production. Sesame is valued for its nutritional properties and is often used for its health benefits in various formulations.

43) Vati:
'Vati' refers to tablet forms of Ayurvedic medicines. These solid dosages are convenient to consume and ensure precise dosing of medicinal ingredients, exemplifying the diversity of formulation methods in Ayurvedic practice for various health needs.

44) Hima:
'Hima' refers to a specific form of Ayurveda preparation made with cold water extraction methods. This technique is employed to preserve delicate medicinal properties, showcasing the importance of formulation methods tailored to the properties of the ingredients.

45) Fire:
Fire represents the element responsible for transformation and processing in Ayurvedic medicine. It is the essential component in extracting and preparing herbal formulations, influencing the therapeutic properties through controlled heating and cooking processes.

46) Ghi (Ghee):
Ghee, a clarified form of butter, is a significant ingredient in Ayurvedic formulations, known for its health benefits. It acts as a carrier for fat-soluble nutrients, enhancing the efficacy of various medicinal preparations through its nourishing properties.

47) Life:
In Ayurveda, 'life' encompasses holistic well-being, integrating body, mind, and spirit. The principles of Ayurveda strive for balance in all aspects of life, promoting longevity and health through natural remedies and lifestyle practices rooted in traditional wisdom.

48) New Delhi:
New Delhi serves as a modern hub for Ayurveda in India, acting as a significant center for research, education, and appreciation of Ayurvedic practices. It plays a vital role in promoting the integration of traditional medicine within contemporary healthcare systems.

49) Dravadravya (Drava-dravya):
'Drava-dravya' refers to liquid substances used in Ayurvedic formulations. This category includes various medicated oils and decoctions that play critical roles in ensuring bioavailability and effectiveness of the medicinal ingredients utilized in treatments.

50) Observation:
Observation in an Ayurvedic context is attentive scrutiny of therapeutic effects and patient responses to treatments. It is vital for adapting practices to meet individual health needs, ultimately leading to more effective medical formulations and treatment strategies.

51) Measurement:
Measurement involves the quantification of various parameters in Ayurvedic formulations, such as potency and levels of ingredients. This scientific approach ensures that effective and safe dosages are maintained across different formulations, contributing to consistent therapeutic outcomes.

52) Virupaksha (Virupa-aksha, Virupaksa):
Virupaksha may relate to a specific individual or researcher within the context of Ayurveda, instrumental in advancing knowledge or practices. Recognizing contributions from various researchers is fundamental for the continuity and development of Ayurvedic principles and formulations.

53) Discussion:
Discussion refers to the analytical conversation around Ayurvedic practices, outcomes, and methodologies. It allows scholars and practitioners to share insights, refine techniques, and address challenges in the field, promoting growth and collaboration within the Ayurvedic community.

54) Abhyanga (Abhyamga):
Abhyanga is a traditional Ayurvedic massage therapy performed with medicated oils. It aims to promote relaxation, enhance circulation, and improve overall wellness. This practice embodies the integrative approach of Ayurveda, addressing both physical and mental health for holistic benefits.

55) Varanasi (Varanashi):
Varanasi, a significant city in India, is historically known as a center for Ayurvedic learning and practice. Its rich heritage contributes to the knowledge and education of Ayurvedic medicine, fostering the tradition's continuing evolution and application in modern health systems.

56) Pariksha (Pariksa):
'Pariksha' signifies examination or assessment techniques in Ayurveda. This process is fundamental to determining the effectiveness and quality of medicinal formulations. Rigorous assessments ensure that treatments meet safety and efficacy standards for patient care.

57) Relative:
The term 'relative' may refer to comparative analysis in the context of Ayurvedic studies, focusing on understanding the nuances between different formulations or treatments. It is essential for refining methodologies and optimizing patient outcomes based on comparative effectiveness.

58) Hygiene (Hygienic):
In Ayurvedic practices, maintaining hygienic standards is crucial for ensuring the safety and efficacy of medicinal preparations. Adequate hygiene prevents contamination, facilitating healthier outcomes for patients and underscoring the importance of cleanliness in medicinal and therapeutic contexts.

59) Mineral:
Mineral in Ayurveda often refers to the naturally occurring substances used in various medicinal formulations. These minerals provide essential constituents for healing, contributing to the therapeutic properties of medicines, especially in complex formulations combining herbs and minerals.

60) Kanchan:
Kanchan may refer to a contributor in Ayurvedic research or formulation practices. Acknowledging individuals involved in the advancement of Ayurveda fosters appreciation for collaborative efforts that enhance knowledge and practice standards in this healing tradition.

61) Gunjadi:
'Gunjadi' refers to a specific preparation in Ayurveda known for its therapeutic effects. Like many formulations, it showcases the diversity of herbal mixtures used in treatments, highlighting the importance of local knowledge in developing effective Ayurvedic remedies.

62) Heating:
Heating is a critical process in Ayurvedic medicine, affecting the extraction and efficacy of active ingredients in formulations. Different heating techniques optimize the therapeutic potential of herbs and oils, ensuring that medicinal properties are preserved and enhanced for healing purposes.

63) Disease:
In Ayurveda, disease is viewed as a manifestation of imbalances within the body, influenced by diet, lifestyle, and environmental factors. Treatments aim to restore harmony and health, focusing on holistic approaches that address the root causes rather than just symptoms.

64) Siddha:
Siddha refers to a traditional system of medicine akin to Ayurveda, emphasizing holistic healing approaches that involve the use of natural substances. Both systems share principles but may differ in some practices, highlighting the rich diversity within traditional Indian medicinal practices.

65) Dravya:
'Dravya' translates to substance or material in Ayurveda, encompassing all forms of medicinal ingredients, including herbs and minerals. The properties and interactions of dravya define their therapeutic applications and underscore the foundational elements within Ayurvedic formulations.

66) Nalini (Nalini°):
Nalini may reference an individual or contributor within the Ayurvedic community. Recognizing individuals who contribute to the body of knowledge surrounding Ayurveda is essential for fostering the advancement of practices and addressing modern health challenges.

67) Bhasma (Bhasman):
'Bhasma' is an Ayurvedic preparation of calcined minerals or metals, valued for its therapeutic properties. Carefully prepared bhasma is believed to enhance bioavailability and efficacy, highlighting the intricate balance between natural substances in Ayurvedic formulations.

68) Kashya (Kasya):
'Kashya' refers to a decoction made from herbal ingredients. This preparation is often utilized for its medicinal properties in Ayurveda, serving as an important form of liquid medication aimed at delivering active compounds for various health benefits.

69) Mishra (Misra):
Mishra may refer to a contributor in Ayurveda, emphasizing the collaboration necessary for continual growth in knowledge sharing and practice. Recognizing various practitioners or researchers validates the importance of diverse perspectives in enhancing Ayurvedic approaches.

70) Madhya:
'Madhya' may refer to middle or intermediate concepts in Ayurveda related to preparation or administration. The discussions of ayurvedic medicine often involve the balance between raw inputs and final formulations, emphasizing processes leading toward effective healing.

71) Grahya:
'Grahya' indicates substances or medicines that are to be accepted or consumed. In Ayurveda, understanding which formulations are appropriate for patients underpins the importance of customization and understanding individual needs for optimal health outcomes.

72) Aureus:
'Aureus' pertains to specific bacterial strains and may relate to considerations of safety during product formulation. Understanding the behavior of pathogens in relation to Ayurvedic medicines is crucial for ensuring health safety in their application.

73) Family:
In Ayurveda, family backgrounds influence health practices and understanding, especially in relation to inherited health conditions and vulnerabilities. The family context can thus play a significant role in personalized approaches to treatment and wellness in traditional Ayurvedic practice.

74) Sharman (Sarma, Sarman, Sharma):
Sharma may refer to an author or researcher focusing on Ayurvedic studies. Such contributions are vital to ensure the preservation, advancement, and communication of traditional knowledge complemented by contemporary research in Ayurveda.

75) Indian:
'Indian' is significant as it denotes the origin of Ayurveda, reflecting the rich cultural heritage and traditional practices embedded in the country's history. The continued practice and study of Ayurveda within India influence its acceptance and growth globally.

[Note: The above list is limited to 75. Total glossary definitions available: 91]

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Discover the significance of concepts within the article: ‘A review of classical and modern parameters for standardization of sneha kalpana’. Further sources in the context of Science might help you critically compare this page with similair documents:

Rasashastra, Siddhilakshana, Medicated oil, Ayurvedic pharmacopoeia, Quality Control, Bhaishajya kalpana, Shelf life, Organoleptic parameters, Thin Layer Chromatography, Sneha Kalpana, Refractive index, Saponification value, Viscosity, Iodine value, Acid value, Ayurvedic Pharmacopoeia of India, Peroxide value, Free fatty acid, Classical parameters, Modern parameters, Physicochemical Parameter, Rancidity, Standardization technique, Analytical parameter.

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