DESCRIPTION ABOUT ANUKTA DRAVYA/EXTRAPHARMACOPIAL DRUGS WITH AYURVEDA AS WELL AS MORDERN PARAMETERS OF IDENTIFICATION...WITH SURVEY EXAMPLES REVIEWED FROM RESEARCH ARTICLES
Anukta dravya- Unexplored or Undocumented Medicinal PlantsAditi Gandhi
Determination of Anukta Dravya or Undocumented medicinal plants in ayurveda and criteria of nomenclature and how to expand the Ayurvedic Pharmacopoeia of India.
Namarupa vigyana is the study of the names and forms of medicinal plants, which is important for their proper identification and use. Ancient Indian texts used synonyms to describe the salient features, properties, and actions of plants. Proper nomenclature helps distinguish one plant from others and understand its hidden meanings. There is debate around synonyms that describe multiple plants over time. Studying namarupa vigyana provides insights into plant morphology, pharmacology, uses, and other important details to accurately identify medicinal plants.
Nighantus of Ayurveda help in the right identification of the plant species used in treatment. It is essential to understand the basics of the evolution of Dravyaguna right from the Vedic period to the current era for a Materia Medica scholar in the field of Ayurveda.
METHODOLOGY OF STUDYING CONTROVERSIAL DRUGS-1.pptxhelipatel85
This document discusses controversial medicinal plants in Ayurveda literature. It estimates that around 30% of plants mentioned have uncertain botanical identities, and another 35% are already lost. Reasons for controversy include multiple names for single plants, lack of descriptions to identify plants, substitutes used, and mistakes in copying manuscripts. The document outlines steps to analyze controversial plants, including reviewing texts and traditions, collecting regional data, and laboratory analysis. It provides examples of resolving controversies for Rasna and Haritaki by comparing sources and testing candidate plants. Establishing correct botanical identities is important for standardizing Ayurvedic medicines.
This document provides information about the Priya Nighantu text written by Acharya Priyavrat Sharma in the 20th century. It summarizes the text's contributions, including clearing up controversies around drug names and meanings, including new synonyms describing morphology, and adding several newly discovered drugs and their medicinal uses. The text is divided into 13 sections covering over 500 medicinal plants and drugs. It provides details on the botany, identification, and pharmacological properties of the substances.
This document provides information about various Ayurvedic lexicons or Nighantus. It discusses several important Nighantus including Dhanwantari Nighantu, Sodhala Nighantu, and Hridaya Deepaka Nighantu. Some key points:
- Nighantus are texts that describe synonyms, properties, and uses of medicinal plants and substances in Ayurveda. They help understand the vast knowledge of herbs from ancient India.
- Dhanwantari Nighantu and Sodhala Nighantu are two of the oldest and most important Nighantus. They describe drugs under different groups or Vargas and provide details on taste
Paryaya Ratnamala - Nighantu of AyurvedaAditi Gandhi
The document summarizes information about the Paryaya Ratnamala text. It was written in the 9th century by Madhava kara, the son of Indukara. There is some debate about whether Madhava kara was the same person as the author of another famous text, the Madhava Nidana. The Paryaya Ratnamala contains over 1,300 verses describing medicinal plants and other substances in a very concise style. It was an influential text that was referenced by several important Ayurvedic scholars throughout history. A later derivative text called the Paryaya Muktavali modified the style and organization of the Paryaya Ratnamala while also adding some new
Profound knowledge of applied aspect of agrya aushadhaVaidya Ganga
The document discusses Agrya (chief/important) herbs based on their actions related to doshas, dhatus, vyadhis and other factors according to Ayurvedic classics. It provides lists of Agrya herbs and their actions on doshas like vata, pitta and kapha. It also lists Agrya herbs and their effects on dhatus like plasma, muscles etc. Further, it discusses Agrya herbs mentioned in relation to various diseases in Charaka Samhita, Astanga Sangraha and their actions related to panchakarma procedures, mental health, regions and clinical ethics principles.
Anukta dravya- Unexplored or Undocumented Medicinal PlantsAditi Gandhi
Determination of Anukta Dravya or Undocumented medicinal plants in ayurveda and criteria of nomenclature and how to expand the Ayurvedic Pharmacopoeia of India.
Namarupa vigyana is the study of the names and forms of medicinal plants, which is important for their proper identification and use. Ancient Indian texts used synonyms to describe the salient features, properties, and actions of plants. Proper nomenclature helps distinguish one plant from others and understand its hidden meanings. There is debate around synonyms that describe multiple plants over time. Studying namarupa vigyana provides insights into plant morphology, pharmacology, uses, and other important details to accurately identify medicinal plants.
Nighantus of Ayurveda help in the right identification of the plant species used in treatment. It is essential to understand the basics of the evolution of Dravyaguna right from the Vedic period to the current era for a Materia Medica scholar in the field of Ayurveda.
METHODOLOGY OF STUDYING CONTROVERSIAL DRUGS-1.pptxhelipatel85
This document discusses controversial medicinal plants in Ayurveda literature. It estimates that around 30% of plants mentioned have uncertain botanical identities, and another 35% are already lost. Reasons for controversy include multiple names for single plants, lack of descriptions to identify plants, substitutes used, and mistakes in copying manuscripts. The document outlines steps to analyze controversial plants, including reviewing texts and traditions, collecting regional data, and laboratory analysis. It provides examples of resolving controversies for Rasna and Haritaki by comparing sources and testing candidate plants. Establishing correct botanical identities is important for standardizing Ayurvedic medicines.
This document provides information about the Priya Nighantu text written by Acharya Priyavrat Sharma in the 20th century. It summarizes the text's contributions, including clearing up controversies around drug names and meanings, including new synonyms describing morphology, and adding several newly discovered drugs and their medicinal uses. The text is divided into 13 sections covering over 500 medicinal plants and drugs. It provides details on the botany, identification, and pharmacological properties of the substances.
This document provides information about various Ayurvedic lexicons or Nighantus. It discusses several important Nighantus including Dhanwantari Nighantu, Sodhala Nighantu, and Hridaya Deepaka Nighantu. Some key points:
- Nighantus are texts that describe synonyms, properties, and uses of medicinal plants and substances in Ayurveda. They help understand the vast knowledge of herbs from ancient India.
- Dhanwantari Nighantu and Sodhala Nighantu are two of the oldest and most important Nighantus. They describe drugs under different groups or Vargas and provide details on taste
Paryaya Ratnamala - Nighantu of AyurvedaAditi Gandhi
The document summarizes information about the Paryaya Ratnamala text. It was written in the 9th century by Madhava kara, the son of Indukara. There is some debate about whether Madhava kara was the same person as the author of another famous text, the Madhava Nidana. The Paryaya Ratnamala contains over 1,300 verses describing medicinal plants and other substances in a very concise style. It was an influential text that was referenced by several important Ayurvedic scholars throughout history. A later derivative text called the Paryaya Muktavali modified the style and organization of the Paryaya Ratnamala while also adding some new
Profound knowledge of applied aspect of agrya aushadhaVaidya Ganga
The document discusses Agrya (chief/important) herbs based on their actions related to doshas, dhatus, vyadhis and other factors according to Ayurvedic classics. It provides lists of Agrya herbs and their actions on doshas like vata, pitta and kapha. It also lists Agrya herbs and their effects on dhatus like plasma, muscles etc. Further, it discusses Agrya herbs mentioned in relation to various diseases in Charaka Samhita, Astanga Sangraha and their actions related to panchakarma procedures, mental health, regions and clinical ethics principles.
anukta dravya with respect to namarupaVaidya Ganga
The document discusses Anukta Dravyas (undocumented plants) in Ayurveda. It provides context on the evolution of medicinal plant knowledge in India from Vedic times. Key Ayurvedic texts like Dhanvantari Nighantu and Raja Nighantu are mentioned which describe plants. The concept of Namarupa (naming and identification) of plants in Ayurveda is explained. Methods of studying and determining the properties of unknown plants are outlined. Examples of newly identified plants from field studies are given along with their naming in Ayurveda based on different criteria.
The document summarizes a seminar on the database of medicinal plants created by the Central Council for Research in Ayurvedic Sciences (CCRAS). The database contains information on 260 medicinal plants described across 8 volumes. Each volume contains detailed information on 30-40 plants, including botanical details, pharmacological activities, uses, and chemical constituents. The database was created to make this information easily accessible and help avoid repetition in research. It benefits scientists, academics, and industries by facilitating further research planning and collaboration.
Substitution and its adaptation in current scenario a review in AyurvedaVipin Chaurasiya
This document discusses substitution of herbal drugs in Ayurveda. It begins by noting that 195 medicinal plant species are red listed due to threats to their populations. Substitution is generally done when the original material is unavailable or in insufficient quantity, and the substitute should have similar therapeutic effects. Criteria for substitution include similarity in taste, qualities, and pharmacological effects. Validation of a substitute involves confirming these properties as well as its effects in formulations. Cultivated varieties and locally available alternative species are suggested as potential substitutes. The document examines specific examples of substitution and evaluates them based on chemical and effect profiles.
The document provides an overview of the Ayurvedic Pharmacopoeia of India (API), Ayurvedic Formulary of India (AFI), and other international pharmacopoeias. It discusses that API and AFI were established to standardize Ayurvedic drugs and formulations and enforce the Drugs and Cosmetics Act. API contains monographs for single drugs specifying identification, purity, and strength standards. AFI contains over 1500 compound Ayurvedic formulations along with details of constituent ingredients. The document also gives a brief introduction to pharmacopoeias in general and describes some other prominent international pharmacopoeias.
This document summarizes a seminar presentation on lavana varga (salt group) in Ayurveda. It discusses the objectives, introduction, etymology, characteristics, historical background, classification, uses in Rasashastra & Bhaishajya Kalpana, modern views, research updates and conclusion regarding the 15 types of salts described in Ayurveda. Key points covered include the properties, chemical composition and uses of major salts like Saindhava, Sauvarchala, Vida, Samudra and Romaka. The document also outlines how different salts are used in pharmaceutical procedures like samskaras, bhasma preparation, and parada bandhas according to classical texts.
The document summarizes a presentation on the Ayurvedic text Yogaratnakara. It provides an introduction to the text, discusses its contents and structure, notable formulations and contributions. Some key points:
- Yogaratnakara is a late 17th century text that builds on earlier works in the Yoga series of texts.
- It covers diagnosis, treatment of diseases, formulations for cleansing and rejuvenation. Notable sections on women's health and pulse examination.
- It introduces some new formulations and describes properties of ingredients like tobacco in detail.
- Examples are provided of formulations from the text used to treat conditions like diarrhea, piles and indigestion. Single herb uses
This document discusses reviving the Ayurvedic concept of Prabhava. It begins with reviewing the origin and traditional definitions of Prabhava, and explores reanalyzing Prabhava through drug research and site specificity. The document proposes theories to interpret Prabhava, such as isomerism and the receptor-effector theory. It concludes that further research is needed, including identifying specific active chemical constituents, to better understand Prabhava and its implications for drug substitution and single drug use in Ayurveda.
The document provides information about the Hridaya Deepak Nighantu, including its author Bopdev, time period of the 13th century AD, and classification system. It was compiled from the Astanga Hrdaya and only provides synonyms of drugs and foods. It is divided into 8 sections or vargas containing a total of 175 shlokas describing the synonyms of approximately 47 drugs and foods. The author's biography is also given, stating he was a physician to King Mahadev and wrote a total of 26 books on various topics including Ayurveda and other fields.
The document discusses the history and development of the Ayurvedic Pharmacopoeia of India (API). It began as an effort to standardize Ayurvedic medicines and formulations according to classical texts. The API is published in parts, with Part 1 containing monographs of single drugs and Part 2 containing standards for compound formulations. The API aims to set quality standards for Ayurvedic medicines to ensure safety and efficacy and allow regulation under drug laws. It contains descriptions, identification tests, constituents, and physicochemical standards for raw drugs and finished formulations. The API helps implement quality control of Ayurvedic medicines manufactured and sold in India.
Aushadha sewan marga ( routes of drug administrationnehajambla
The document discusses the various routes of drug administration according to Ayurveda and modern medicine. It outlines 10 main routes in Ayurveda - basti, nasya, dhumpaan, gandoosh, kawal, pratisarana, aalep, shir abhayanga, shirovasti, and rakht nirharana. It also discusses 7 types of netra marga (eye treatments). For modern medicine, it lists the main parenteral and other routes including oral, sublingual, rectal, pulmonary, nasal, cutaneous, ocular, and vaginal. The document emphasizes that physicians must be aware of all routes to properly administer drugs based
This document discusses substitution, adulteration, and controversial herbal drugs. It defines substitution as replacing a herb with a different but similar herb due to non-availability, uncertain identity, cost, or geographical distribution of the original. It provides criteria for determining appropriate substitutes based on Ayurvedic texts. Examples of original herbs and their substitutes are given from various time periods. The document concludes with a table listing common substitutes used in practice from a textbook on herbal pharmacology.
Pharmacovigilance for ASU Drugs Dr Joban Modha UG, Dept. of Rasasastra & Bhaishajya Kalpana Gujarat Ayurved University, Jamnagar
1. What is Pharmacovigilance.
2. How and why it started.
3. What is the goal of Pharmacovigilance.
4. Pharmacovigilance in India.
5. National Pharmacovigilance Programme for ASU.
6. How to report.
7. Pharmacovigilance and Ayurveda
8. Why Ayurvedic Medicines need PV.
Ayurveda strongly believes in using drugs with particular tastes in treating diseases. This presentation will help you understand the basics of rasa and its applied aspects in planning treatment protocol.
This document provides an overview of the Nighantu Adarsh, a book on medicinal plants written by Dr. Bapalal G. Vaidya. It summarizes the book's contents and structure. The Nighantu Adarsh was first published in 1928 in Gujarati and provides descriptions of 571 medicinal plants organized into 126 groups (vargas). It includes information on the plants' origins, properties, clinical uses, and dosages. The book aims to present medicinal plants using their authentic Sanskrit names while also referencing modern classification systems. It covers both ancient and modern medicinal systems like Ayurveda, Unani, and allopathy.
The document discusses pharmacovigilance (PV), defined as the science of detecting, assessing, understanding, and preventing adverse effects of drugs. It outlines the history and development of PV, including the thalidomide tragedy of the 1960s. PV aims to improve patient safety and public health. In India, PV was established in 2003 under CDSCO. National PV programs have been implemented for both modern and Ayurvedic medicines. Challenges to PV for Ayurvedic drugs include a lack of reporting culture, difficulty in signal detection due to beliefs in safety, and attributing causality when multiple systems are used. The document argues that incorporating PV will help ensure Ayurvedic medicines have good efficacy, quality,
This document provides information on the preparation and standardization of churna (Ayurvedic powder) according to Ayurvedic and modern techniques. It defines churna as a very fine, dry powder and discusses types of churna. Parameters for standardization include organoleptic properties, moisture content, ash values, extractive values, pH, particle size, flow properties, and limits for contaminants. Methods are presented for analyses like loss on drying, ash values, extractive values, and physical characteristics. The document emphasizes the importance of evaluating churna according to Ayurvedic and modern parameters to ensure quality.
The document discusses various gemstones, beginning with an overview of rubies and pearls. It then provides details on the characteristics, varieties, therapeutic properties and uses, purification methods, and astrological significance of rubies, pearls, and corals. The document serves as an informative reference on the mineralogical, medical, and spiritual aspects of several precious gems.
This document provides an introduction to Rasa Chikitsa, an Ayurvedic therapeutic approach using metals and minerals. It describes various Rasa preparations including Kupipakwa Rasyana involving heating procedures, Parpati Kalpana which produces lightweight preparations, and Pottali Kalpana using purified mercury, gold, and sulfur. The classifications of Rasa medicines include Kupi Pakwa Rasyana, Parpati Rasyana, Pottali Rasyana, and Kharliya Rasyana which does not involve heating or cooling steps. Specific preparations discussed include Sindoor, Makar Dwaj, and Parpati formulations.
The document provides information on Panchavidha Kashaya Kalpana, the five basic forms of water-based pharmaceutical preparations in Ayurveda. It describes the five types - Swarasa (expressed juice), Kalka (paste), Churna (powder), Kwatha (decoction), and Sheeta/Hima (cold infusion). For each type, it details the method of preparation, examples of common medicines, dosage, and importance. It explains that these five were selected because they could be prepared easily with limited resources and had a shelf life of 24 hours, allowing preparation as needed in the past.
in ayurvedic pharmacology some drugs have action according to their aura. this aura treat patients in various aspects eg wearing of jems and different stones
This document outlines the syllabus for the 2nd year of the Ayurvedacharya (BAMS) course. It covers 4 subjects:
1. Dravyaguna Vigyan (Pharmacology & Materia Medica) which includes 200 hours of lectures and 200 hours of practicals. It will be examined through 2 theory papers of 100 marks each and a practical/viva voce of 200 marks.
2. Roga Nidan
3. Rasashastra
4. Charak Samhita
The first subject, Dravyaguna Vigyan, focuses on the identification, properties, and therapeutic uses of medicinal plants and substances. The syll
This document outlines several fundamental principles of Bhaishajya Kalpana (preparation of medicines in Ayurveda). It discusses concepts like Paribhasha (definition), Dravya Sangrahana (collection of raw materials), Maana (measurement), Panchavidha Kashaya Kalpana (five types of medicinal preparations), Rasa (taste), Vipaka (post-digestive effect), and Prabhava (unique properties of drugs). It also covers principles for naming formulations, determining shelf life, timing of administration, dosage, use of additives like Anupana, and substituting unavailable ingredients. The document provides an overview of key theoretical foundations for preparing Ayurvedic
anukta dravya with respect to namarupaVaidya Ganga
The document discusses Anukta Dravyas (undocumented plants) in Ayurveda. It provides context on the evolution of medicinal plant knowledge in India from Vedic times. Key Ayurvedic texts like Dhanvantari Nighantu and Raja Nighantu are mentioned which describe plants. The concept of Namarupa (naming and identification) of plants in Ayurveda is explained. Methods of studying and determining the properties of unknown plants are outlined. Examples of newly identified plants from field studies are given along with their naming in Ayurveda based on different criteria.
The document summarizes a seminar on the database of medicinal plants created by the Central Council for Research in Ayurvedic Sciences (CCRAS). The database contains information on 260 medicinal plants described across 8 volumes. Each volume contains detailed information on 30-40 plants, including botanical details, pharmacological activities, uses, and chemical constituents. The database was created to make this information easily accessible and help avoid repetition in research. It benefits scientists, academics, and industries by facilitating further research planning and collaboration.
Substitution and its adaptation in current scenario a review in AyurvedaVipin Chaurasiya
This document discusses substitution of herbal drugs in Ayurveda. It begins by noting that 195 medicinal plant species are red listed due to threats to their populations. Substitution is generally done when the original material is unavailable or in insufficient quantity, and the substitute should have similar therapeutic effects. Criteria for substitution include similarity in taste, qualities, and pharmacological effects. Validation of a substitute involves confirming these properties as well as its effects in formulations. Cultivated varieties and locally available alternative species are suggested as potential substitutes. The document examines specific examples of substitution and evaluates them based on chemical and effect profiles.
The document provides an overview of the Ayurvedic Pharmacopoeia of India (API), Ayurvedic Formulary of India (AFI), and other international pharmacopoeias. It discusses that API and AFI were established to standardize Ayurvedic drugs and formulations and enforce the Drugs and Cosmetics Act. API contains monographs for single drugs specifying identification, purity, and strength standards. AFI contains over 1500 compound Ayurvedic formulations along with details of constituent ingredients. The document also gives a brief introduction to pharmacopoeias in general and describes some other prominent international pharmacopoeias.
This document summarizes a seminar presentation on lavana varga (salt group) in Ayurveda. It discusses the objectives, introduction, etymology, characteristics, historical background, classification, uses in Rasashastra & Bhaishajya Kalpana, modern views, research updates and conclusion regarding the 15 types of salts described in Ayurveda. Key points covered include the properties, chemical composition and uses of major salts like Saindhava, Sauvarchala, Vida, Samudra and Romaka. The document also outlines how different salts are used in pharmaceutical procedures like samskaras, bhasma preparation, and parada bandhas according to classical texts.
The document summarizes a presentation on the Ayurvedic text Yogaratnakara. It provides an introduction to the text, discusses its contents and structure, notable formulations and contributions. Some key points:
- Yogaratnakara is a late 17th century text that builds on earlier works in the Yoga series of texts.
- It covers diagnosis, treatment of diseases, formulations for cleansing and rejuvenation. Notable sections on women's health and pulse examination.
- It introduces some new formulations and describes properties of ingredients like tobacco in detail.
- Examples are provided of formulations from the text used to treat conditions like diarrhea, piles and indigestion. Single herb uses
This document discusses reviving the Ayurvedic concept of Prabhava. It begins with reviewing the origin and traditional definitions of Prabhava, and explores reanalyzing Prabhava through drug research and site specificity. The document proposes theories to interpret Prabhava, such as isomerism and the receptor-effector theory. It concludes that further research is needed, including identifying specific active chemical constituents, to better understand Prabhava and its implications for drug substitution and single drug use in Ayurveda.
The document provides information about the Hridaya Deepak Nighantu, including its author Bopdev, time period of the 13th century AD, and classification system. It was compiled from the Astanga Hrdaya and only provides synonyms of drugs and foods. It is divided into 8 sections or vargas containing a total of 175 shlokas describing the synonyms of approximately 47 drugs and foods. The author's biography is also given, stating he was a physician to King Mahadev and wrote a total of 26 books on various topics including Ayurveda and other fields.
The document discusses the history and development of the Ayurvedic Pharmacopoeia of India (API). It began as an effort to standardize Ayurvedic medicines and formulations according to classical texts. The API is published in parts, with Part 1 containing monographs of single drugs and Part 2 containing standards for compound formulations. The API aims to set quality standards for Ayurvedic medicines to ensure safety and efficacy and allow regulation under drug laws. It contains descriptions, identification tests, constituents, and physicochemical standards for raw drugs and finished formulations. The API helps implement quality control of Ayurvedic medicines manufactured and sold in India.
Aushadha sewan marga ( routes of drug administrationnehajambla
The document discusses the various routes of drug administration according to Ayurveda and modern medicine. It outlines 10 main routes in Ayurveda - basti, nasya, dhumpaan, gandoosh, kawal, pratisarana, aalep, shir abhayanga, shirovasti, and rakht nirharana. It also discusses 7 types of netra marga (eye treatments). For modern medicine, it lists the main parenteral and other routes including oral, sublingual, rectal, pulmonary, nasal, cutaneous, ocular, and vaginal. The document emphasizes that physicians must be aware of all routes to properly administer drugs based
This document discusses substitution, adulteration, and controversial herbal drugs. It defines substitution as replacing a herb with a different but similar herb due to non-availability, uncertain identity, cost, or geographical distribution of the original. It provides criteria for determining appropriate substitutes based on Ayurvedic texts. Examples of original herbs and their substitutes are given from various time periods. The document concludes with a table listing common substitutes used in practice from a textbook on herbal pharmacology.
Pharmacovigilance for ASU Drugs Dr Joban Modha UG, Dept. of Rasasastra & Bhaishajya Kalpana Gujarat Ayurved University, Jamnagar
1. What is Pharmacovigilance.
2. How and why it started.
3. What is the goal of Pharmacovigilance.
4. Pharmacovigilance in India.
5. National Pharmacovigilance Programme for ASU.
6. How to report.
7. Pharmacovigilance and Ayurveda
8. Why Ayurvedic Medicines need PV.
Ayurveda strongly believes in using drugs with particular tastes in treating diseases. This presentation will help you understand the basics of rasa and its applied aspects in planning treatment protocol.
This document provides an overview of the Nighantu Adarsh, a book on medicinal plants written by Dr. Bapalal G. Vaidya. It summarizes the book's contents and structure. The Nighantu Adarsh was first published in 1928 in Gujarati and provides descriptions of 571 medicinal plants organized into 126 groups (vargas). It includes information on the plants' origins, properties, clinical uses, and dosages. The book aims to present medicinal plants using their authentic Sanskrit names while also referencing modern classification systems. It covers both ancient and modern medicinal systems like Ayurveda, Unani, and allopathy.
The document discusses pharmacovigilance (PV), defined as the science of detecting, assessing, understanding, and preventing adverse effects of drugs. It outlines the history and development of PV, including the thalidomide tragedy of the 1960s. PV aims to improve patient safety and public health. In India, PV was established in 2003 under CDSCO. National PV programs have been implemented for both modern and Ayurvedic medicines. Challenges to PV for Ayurvedic drugs include a lack of reporting culture, difficulty in signal detection due to beliefs in safety, and attributing causality when multiple systems are used. The document argues that incorporating PV will help ensure Ayurvedic medicines have good efficacy, quality,
This document provides information on the preparation and standardization of churna (Ayurvedic powder) according to Ayurvedic and modern techniques. It defines churna as a very fine, dry powder and discusses types of churna. Parameters for standardization include organoleptic properties, moisture content, ash values, extractive values, pH, particle size, flow properties, and limits for contaminants. Methods are presented for analyses like loss on drying, ash values, extractive values, and physical characteristics. The document emphasizes the importance of evaluating churna according to Ayurvedic and modern parameters to ensure quality.
The document discusses various gemstones, beginning with an overview of rubies and pearls. It then provides details on the characteristics, varieties, therapeutic properties and uses, purification methods, and astrological significance of rubies, pearls, and corals. The document serves as an informative reference on the mineralogical, medical, and spiritual aspects of several precious gems.
This document provides an introduction to Rasa Chikitsa, an Ayurvedic therapeutic approach using metals and minerals. It describes various Rasa preparations including Kupipakwa Rasyana involving heating procedures, Parpati Kalpana which produces lightweight preparations, and Pottali Kalpana using purified mercury, gold, and sulfur. The classifications of Rasa medicines include Kupi Pakwa Rasyana, Parpati Rasyana, Pottali Rasyana, and Kharliya Rasyana which does not involve heating or cooling steps. Specific preparations discussed include Sindoor, Makar Dwaj, and Parpati formulations.
The document provides information on Panchavidha Kashaya Kalpana, the five basic forms of water-based pharmaceutical preparations in Ayurveda. It describes the five types - Swarasa (expressed juice), Kalka (paste), Churna (powder), Kwatha (decoction), and Sheeta/Hima (cold infusion). For each type, it details the method of preparation, examples of common medicines, dosage, and importance. It explains that these five were selected because they could be prepared easily with limited resources and had a shelf life of 24 hours, allowing preparation as needed in the past.
in ayurvedic pharmacology some drugs have action according to their aura. this aura treat patients in various aspects eg wearing of jems and different stones
This document outlines the syllabus for the 2nd year of the Ayurvedacharya (BAMS) course. It covers 4 subjects:
1. Dravyaguna Vigyan (Pharmacology & Materia Medica) which includes 200 hours of lectures and 200 hours of practicals. It will be examined through 2 theory papers of 100 marks each and a practical/viva voce of 200 marks.
2. Roga Nidan
3. Rasashastra
4. Charak Samhita
The first subject, Dravyaguna Vigyan, focuses on the identification, properties, and therapeutic uses of medicinal plants and substances. The syll
This document outlines several fundamental principles of Bhaishajya Kalpana (preparation of medicines in Ayurveda). It discusses concepts like Paribhasha (definition), Dravya Sangrahana (collection of raw materials), Maana (measurement), Panchavidha Kashaya Kalpana (five types of medicinal preparations), Rasa (taste), Vipaka (post-digestive effect), and Prabhava (unique properties of drugs). It also covers principles for naming formulations, determining shelf life, timing of administration, dosage, use of additives like Anupana, and substituting unavailable ingredients. The document provides an overview of key theoretical foundations for preparing Ayurvedic
The document summarizes a seminar on Jyotishmati Taila (Celastrus oil). It discusses the historical references and uses of Jyotishmati from Vedic times through classical Ayurvedic texts like Charaka Samhita and Sushruta Samhita. The properties, preparation methods, and standardization of Jyotishmati Taila are described. Its pharmacological actions include stimulating intellect, removing toxins from the head, and treating skin diseases. Research shows the oil has sedative and anticonvulsant effects in rats. The conclusion states Jyotishmati Taila is a premier brain-stimulating oil that can provide new treatment approaches when
Ayurveda is an ancient Indian medical system that focuses on prevention, longevity and overall well-being. It views health as a balance between the mind, body and spirit. The origins of Ayurveda can be traced back to ancient Indian scriptures called the Vedas. It developed over thousands of years with early classical works by Sushruta and Charaka. Ayurveda employs natural remedies like herbs, minerals, diet and lifestyle practices to treat illnesses. Some key concepts include the doshas (Vata, Pitta, Kapha), balancing the doshas through diet and lifestyle, and viewing health as a dynamic balance within people and between people and their environment.
1. Karma refers to the inherent property of a drug that is responsible for its therapeutic action and physiological effects in the body.
2. Drug karma can be classified in various ways including by the organ or system affected, the dosha pacified or aggravated, the action performed such as cleansing, nourishing, or lightening.
3. Some examples of specific karmas described are deepana, pachana, shodhana, shaman, anulomana, bhedana, and rasayana. Each karma is characterized by the doshas, tissues, or parts of the body it acts on and the gunas or elements that predominate in the drug.
Alternative system of medicine (ayurvedic, unani, homeopathy, sidhha, sujog, ...Ravish Yadav
the topic include information on other system of medicine which ois practice in india. which include traditional system information as well as pancha mahabhutas
1. The concept of pratinidhi dravya or substitute drugs in Ayurveda allows for the replacement of unavailable main ingredients in formulations.
2. Substitute drugs should have similar therapeutic properties, including taste, potency, and post-digestive effect, as the main ingredients they replace.
3. Factors like regional availability, seasonality, shelf life, and cost are considered when selecting substitute drugs to ensure treatments can still be effectively prepared and administered.
This document provides details on the formulation of a Sandhan Kalpana (preparation for healing) including:
1. Ingredients such as jaggery, ashoka bark, haritaki, shunthi, and others in specified quantities.
2. Preparation method which involves boiling the ashoka bark decoction, adding jaggery and the other ingredients, sealing and allowing fermentation for 30 days.
3. Indications for use such as asrigdhara, ruja, jwara, and raktapitta. Dosage is one pala with water after meals.
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3. Ekanga Veera Rasa can effectively manage Pakshagata by reducing oxidative stress, preventing atherosclerosis, and minimizing nerve damage based on the pharmacological activities of its
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The document provides information on the Ayurvedic drug Anjana. It discusses 5 types of Anjana according to their properties - Souviranjana, Strotoanjana, Rasanjana, Nilanjana, and Pushpanjana. It describes their pharmacological uses, geographical distribution, physical properties, nomenclature, synonyms, purification processes, dosages and applications. Compound formulations containing each type are also summarized.
This document discusses Roudra Rasa, an Ayurvedic formulation used for treating Arbuda (cancer). It provides details on the ingredients (including Parada, Gandhaka, Nagavalli leaves etc.), method of preparation, pharmacological properties, and references supporting its use for cancer. The formulation aims to eliminate excess Doshas, especially Kapha and Vata, that cause tumors. Its ingredients and processing endow it with anti-tumor, anti-inflammatory and rejuvenating properties, making it a suitable treatment for Arbuda according to Ayurvedic principles.
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Crude drugs and their classification. Crude drugs, organized and unorganized. Introduction to crude drugs and their classification. Classification of crude drugs. JNTUA, Crude drugs and their classification as per PCI syllabus. For B Pharmacy and Pharm D II year Students.
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1. Vatsanabh is a highly poisonous plant found in the Himalayan regions of India and Nepal.
2. It contains toxic alkaloids and must be purified through processes involving cow urine and milk before use.
3. Purified Vatsanabh can be used to treat fever, inflammation, poor appetite, diabetes, asthma, and digestive issues in small, regulated doses.
The document discusses various traditional Indian medicine systems including Ayurveda, Siddha, Unani, and Homeopathy. It describes how Ayurveda and Siddha originated thousands of years ago based on ancient Hindu scriptures and Tamil writings. It outlines the basic principles of Ayurveda, including the concepts of tridosha (vata, pitta, kapha), panchabhuta (five elements), and panchakarma purification techniques. Standardization protocols and the role of pharmacognosy in authenticating herbal drugs used in Ayurvedic formulations are also summarized. Siddha medicine is based on concepts of vaadham, pitham, and kabam
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Ayurveda is an ancient Indian system of medicine that focuses on prevention, longevity, and balancing the mind, body, and spirit. It recognizes three universal energies (tridoshas) that regulate all processes in the body and cosmos. The goal of Ayurveda is to maintain equilibrium of these energies and treat disease or illness. It takes a holistic approach, recognizing individual constitutional differences and recommending personalized regimens. Ayurveda seeks to heal fragmentation and restore wholeness through balancing the elements in the body and senses with treatments like massage, herbs, exercise and meditation to balance the mind.
Padartha Vijnana means the science which deals with the substances in the universe, its relationship with the living being in terms of their properties, functions; methods of understanding them etc.
Generally the subject Padartha Vigyan is considered as tough in the field of Ayurveda. But, it is the most useful subject than any other in Ayurveda.
The topics dealt in it are the fundamental concepts of Ayurveda on which entire chikitsa stands.
Understanding the elements in the universe is mandatory before studying the body. In this book, the subject matter is discussed with the help of different darśana and other shastras which are correlated with Ayurveda System.
Hence this will be a good guide for the BAMS students; as it includes all the subject matters in according to the revised syllabus prescribed by NCISM, 2021.
FOR MORE CONTACT THROUGH TELEGRAM CHANNEL @ayurvedonline " https://t.me/ayurvedonline ", Dr Saskhi Bhardwaj,BAMS,NDDY,MD(AYU.SAMHITA AND MAULIK SIDDHANTA,NIA,JAIPUR)
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2. INTRODUCTION-:
Problem facing related to Anukta dravya is “Pratyaksham hi alpam,
apratyaksham hi analpam” i.e. known is less, unkown is more.( Acharya
Charaka)
• “अनेनउपदेशेननानौषधिभूतंजगितधिधित्द्रव्यंउपलभ्यतेतांतांयुक्तिमर्थंचतंतंअिभप्रेत्य ||(च.सु.26/12)”
There is no any such substance in this world which cannot be used as medicine i.e. each and everything existing in this world
work as medicine if used properly.
• The knowledge about medicinally useful plants is scientifically documented, and systematically
organized in Ayurveda Samhitas, Nighantus and other texts.
• Due to innumerability of plant species, many plant drugs were not recorded in classical treatises though
they have the medicinal properties.
• Therefore, no any classical herbal pharmacopeia is available which enumerates all the medicinal plants.
Such drugs are being utilized and practiced by the many ethnic groups
• Maharshi Charaka while concluding Mahakashayas in Sutrasthana 4th chapter said that ‘the intellectual
person may find out properties from new drug after the logical examination and analysis’
(Sutrasthana 4/20)
.
3. • . गोपालास्तापसा व्यािा येचान्येवनचाररण: | मूलाहाराश्च येतेभ्यो भेषजक्तव्यध ररष्यते||१०|| (Aacharya Charaka)
The Aushada naama, Roopa which is unknown can be known through Gopaalaka, Vanacharini, folklore practitioners usually these
nomadic forest tribes know very well the vernacular names.
• Even in Dhanvantari nighantu explains the same methodology to gain the knowledge of unknown Aoushadhi dravyaas.
“ धिरातगोपाधलतापसाद्याध नेचरास्तत्ध ु शलास्तर्थाऽन्ये| ध ध धदन्तनानाध ध िाभेषजानांप्रमाधणणााध ध तनामजात ीः ||६||
तेभ्यीःधसाशादुपलक्तभ्यिैद्यीःपश्चाध शास्त्रेषुध ध मश्यबुद्धध्या| ध ध ध ल्पयेद् रव्यरसप्रभाध ाध न्ध पाध ध यााध णतर्थाप्रयोगात्||७||
प्रायोजनाीःधसक्तन्तनेचरास्तेगोपादयीःप्राध तनामसञ्जज्ाीः| प्रयोजनार्थााध चनधप्रध ध यास्माध तीःप्राध धतमत्यदोषीः ||८|| ध ं
तुनामधप्रर्थतंबहूनामेध स्यनामाध नतर्थाबहूध न| रव्यस्यजात्याध ध धतणाध यारसप्रभाध ािदगुणिैभाध ध न्त ||९||”
• Aacharya Charaka Said-:
“ओषि नाामरूपाभ्यां जानते ह्यजपा वने|
अधवपाश्चिैव गोपाश्च ये चान्ये वनवाधसनीः||१२०||”
Aacharya Charaka clearly states that information about unknown drugs should be collected from forest dwellers, shepherds tribes etc. This
will expand the knowledge of herbs.
4. ETYMOLOGY & DEFINITION
• Etymology: The word Anukta is derived from the root ‘N -UKTA’ with negation
attached to the basic root.
Thus Anukta literally means ‘Ana’ meaning ‘NO/UN’ and ‘UKTA’ ‘
written/said’ meaning
unsaid and unuttered.
• Definition: “nuktam-anuktam.” i.e., which has not been said or stated or
documented in Ayurvedic texts. Thus Anukta dravya means all those folklore
plants not mentioned in Ayurvedic classical literature which include majorly
Brihatrayee, Laghutrayee and Classical Nighantus. For example Ahiphena not
described in Samhitas and Vedas.
5. AYURVEDA OPINION BEHIND ANUKTA DRAVYAS
• Need of Anukta aushadi dravya is important because there is no material which cannot be used as drug (Jagat
evam anoushadam),said by Aacharya Sushruta.
• “Yatha nana aushadha kinchit deshjanam vacho yatha..dravyam tatt tatha vachyamanuktamiha
yaddbhaveda.”
Charaka Samhita (Sutrasthana 27/329,330)
Due to innumerability of plant species, many plant drugs were not recorded in classical treatises though they
have the medicinal properties. Therefore, no any classical herbal pharmacopeia is available which enumerates all
the medicinal plants.
• Such drugs are being utilized and practiced by the many ethnic groups. Further, many herbal drugs were
introduced in India after intrusion of many other countries.
• Multiple exotic plants which are not referred to either in classical literature of Ayurveda i.e. Samhitas or in
Nighantus and are commonly referred to as Anukta Dravya.
• Study of Anukta Dravyahelps in achieving many objectives like many important medicinal plants
have been red listed and many are on the way. If Anukta Dravyas are studied scientifically and if
we find pharmacodynamic properties similar to the drugs which are red listed then this Anukta Dravyais
a best substitute for it.
6. • A good number of such medicinal plants have been discretely mentioned at. numerous instances. The
complete description of such medicinal plants in terms of their pharmacodynamic properties i.e. name,
identification, morphology, rasa, guna,. virya, vipaka, etc. may not be available in the Ayurvedic texts.
• Therefore, there is an urgent need to first demarcate, identify, name these plants and then analyse them
scientifically in terms of rasa, guna, virya, vipaka etc. Simultaneously, the plants should be described
botanically and evaluated for their chemical composition so that they as can be successfully utilised in
therapeutics and documented per the Ayurvedic nomenclature. by incorporating into Ayurvedic Materia
Medica (nighantus) for future reference
7. AYURVEDIC APPROACH TO IDENTIFY ANUKTA DRAVYA-:
• No direct references regarding determination of properties of Anukta Dravya are available in classical texts. Maharshi Charaka
while concluding Mahakashayas in Sutrasthana 4th chapter said that ‘the intellectual person may find out properties from new
drug after the logical examination and analysis. (Sutrasthana 4/20).
• Again in Sutrasthana 27th chapter, he stated that the properties of drug utilized in other region may be determined by taking
into account the attributes made for them by the people of that locality (Sutrasthana 27/329,330).
• Maharshi Sushruta also opined that qualities of the substance can be determined by Rasa (taste perception) and Bhuta-guna
(properties of proto-elements) (Sutrasthana 46/331).
• Such indirect scattered references provide the clue to determine the method for the evaluation of Anukta Dravya.
• Four kind of Pariksha also are useful for this purpose. Four kind of Pariksha (investigation method) i.e. Aptopadesha
(authorities testimony), Pratyaksha (direct perception), Anumana (inference) and Yukti (logical reasoning) have been described
to assess all kind of substances(Sutrasthana 11/17). Anukta Dravya also can be assessed by these methods.
• 1. Aptopadesha:
These are authoritative instructions based on their experience. It is said that foresters like shepherds and goatherds are
acquainted with the names, forms (Sutrasthana 1/120). It has reduced confusion regarding classification and identification of a
drug especially in case of unknown or folklore medicine. Nomenclature and morphological identification can be learnt from these
persons and they may be considered as Apta in this regard.
8. • 2.Pratyaksha:
It is evidence based on direct observation (Vimansthana 4/7). Organoleptic characters of the drug such as taste, color, smell etc.
can be determined through this tool.
• 3. Anumana: It is the inference or indirect knowledge based on reasoning. It is also important method to determine the
properties of Anukta Dravya.
• 4.Yukti
• Determination of Rasa
Aacharya Charaka states rasa is experienced as gustatory sensation when a Dravya comes in contact with the tongue (Sutrasthana 1/64). Rasa
serves as a tool to infer the Panchabhautika composition of the Dravya (Sutrasthana 46/331) and facilitates for identification of spectrum of
activity of a particular drug. According to modern chemistry, the taste are resultant from certain chemicals .
for ex- 1.Carbohydrates such as sucrose, glycogen and starch are sweet in taste.
2. Tannins have astringent taste.
3.Volatile oils may have pungent taste.
4.Alkaloids are generally bitter in taste.
5.Lavana rasain salts.
6. Amla rasain acids etc.
In case, of poisonous plants where the direct taste cannot be possible, indirect method with help of
Anumana Pramana may become helpful to assume the taste of such drugs.(Sutrasthana 7/14-18).
9. • Determination of Guna:
The Guna inherent in a Dravya can be understood by their Rasa, applications and biological responses. They can
be inferred also by its known Pharmacological actions. Ex. Madhura Rasa is having Snigdha, Seeta and Guru Guna.
Hence can be considered as Vata Shamaka and used in Vataja Vikara.
• Determination of Vipaka:
Vipaka is the transformed state of ingested substance after digestion. Vipaka can be assessed based on Doshakarma (action
on humors), Dhatukarma (action on tissues) and Malakarma (action on metabolic waste products) (Sutrasthana 26/58).
• Determination of Virya :
The Virya of Dravya is perceived through two means, viz. Adhivasa (Anumana-Inference) and Nipata (Pratyaksha-
Directly) (Sutrasthana 26/66). Here, Adhivasa (Anumana) means after knowing the karma done by the Dravya, inferring its
Virya. Nipata (Pratyaksha) means direct perception of Virya through sense organs. When a Dravya comes in contact with
any of the sense organs it is grouped under Nipata. ex. Seeta Virya of Saindhava Lavan and Ushna Veerya of Anupa Mamsa
may be perceived through inference.
• Acharya Chakrapani suggested use of Panchamahabhuta Siddhanta for assessment properties of Anukta Dravya
(Sutrasthana 27/329,330). All substances are classified in to the five categories depending upon the dominance of one
or other Mahabhutas and specific characteristics are described.
• For instance, Prithvi Mahabhuta possesses Guru (heavy), Kathina (hard), Khara (rough), Sthira (immobile), Sthoola
(gross) etc. qualities (Sutrasthana 26/11). To determine the therapeutic activities of unknown drug, initially,
Panchamahabhautic categorization based on its Guna (properties) should be evaluated. Therapeutic utility can be
inferred further as the actions of such Mahabhutas and also drugs having various tastes are already described in
classical text. Maharshi Sushruta and commentator Dalhana also has given the same opinion (Sutrasthana 46/331).
10. Role of Habitat/Desha in Assesment of Anukta Dravya-:
• Three kind of Desha (habitat) have been described in Ayurvedic classical texts. They are
Anupa (marshy), Jangala (arid) and Sadharana (general or medium) [1] (Kalpasthana 1/8).
• Among these Jangala land is said to be dry and Vata-Pitta predominant, i.e. drugs of this land
are having less humidity and are comparatively Laghu (light) in nature.
• Opposite to that Anupa kind of Desha is more humid and therefore herbs of this land tend to
be Guru (heavy).
• Sadharana desha dravyas will have characterstics of both.
• Aacharya Sushruta mentioned characteristic features of Panchabhautika Bhoomi (land
predominant of particular Mahabhoota) (Sutrasthana 36/4). For instance, Land with many
stones, having blackish colour and hard is Prithvi Mahabhuta predominant and the plants of
this land also will having dominant properties of Prithvi Mahabhuta. Further, Land is also
categorized in to two types based on Hot and cold potency. This division further leads to infer
the quality and properties of medicinal plant that are grown in particular land (Sutrasthana
36/5). This reference of Sushruta Samhita is also useful for determination of properties of
unknown drugs.
11. • “नामाधन क्वधचधदह रुध़ितीः स्वाभावात्। देश्योक्त्या क्वचन च लाञ्छनोपमाभ्याम्।।
व र्य्येण क्वधचधदतराह्वयाधददेशात् रव्याणां ध्रुवधमधत सप्तिोधदताधन।। (रा०धन०ग्रन्थ प्रस्तावना -13)”
Names and Synonyms are assigned to plants on the following seven bases according
to Raja Nighantu as follows
a).Rudhi (Traditional usages) e.g., Atarushaka, Tuntuka
b).Prabhava (Effect), e.g, Krimighna, Vata
c)Desha(Habitat), e.g., Vaidehi.
d)Lanchana(Morphological characters), e.g., Citratandula, Chitraparni
e)Upama(Simile), e.g., Kinshuka, Hinhasya
f)Virya(Potency), e.g., Ushana
g)Itarahvaya(Names prevalent in other regions or other factors) e.g., Indrayava,
kakahvaya
12. • ‘Dravya Pariksha Vidhi’ (drug examination method) has been introduced by Acharya Charaka (Vimanasthana 8/87).
Further, quantification, standardization and examination tools for various factors are discussed in Vimanasthana. Among
them, ‘Dravya Pariksha Vidhi’may be utilized to assess purity, quality and efficacy of already known or documented drug
as well as unknown drugs.
• “तस्याप यं पर क्षा इदमेवंप्रित्येवंगुणमेवंप्रभावमक्तस्मन देशे जातमक्तस्मन्नतावेवगह तमेवंधनधहतमेवमुपस्कतमनया च
मात्रया युिमक्तस्मन् व्यािावेवंधविस्य पुरुषस्यिैतावन्तं दोषमपिषात्युपशमयधत वा यदन्यदधप चवंधविं भेषजं भवेत्तच्चानेन धवशेषेण
युिधमधत ।। ८७||”
Acharya Charaka has given guidelines for drug standardization, which are as relevant in today’s era too. It
indicates that a drug should be studied as follows:
1.Prakruti: Name, Natural order of drug and botanical morphology.
2.Guna: Rasa, Virya, Gunasand chemical properties
3.Prabhava: Therapeutic actions.
4.Desha: Botanical distribution
5.Rutu Gruhitam: Time and method of collection
6.Nihit: Method of preservation
7.Upaskrit: Sanskar, Pharmaceutical processing for its preparations
8.Matra: Dosage
9.Vyadhi: Various diseases in which drug can be therapeutically used
10.Evam Vidham Purushasya: Clinical trials or in which person it is probably useful.
13. MODERN APPROACH TO IDENTIFY ANUKTA DRAVYA-:
"Identifying involves a comparison between a known and an unknown, so you have to have a guide or a field
manual or a key of some sort (the known) to compare with your specimen (the unknown)”
• 1.Collection of data for undocumented dravyas-:
a).PRIMARY SOURCE-
Ethanobotanical surveys:
-The term 'Ethnobotany' was first coined by Dr. John W Harshberger in 1895. It
comprises two syllables. Ethno – meaning science of races and Botany – meaning
science of plants.
-Ethnobotanical surveys focus on the complex connection between local inhabitants
and local plants, Including practices and cultural beliefs associated with different forms
of uses. These studies are important in highlighting the value of native plant species,
e.g., for discovering novel/unexplored drugs.
-is based on an interdisciplinary team usually composed of an ethnobotanist, an
anthropologist, an ecologist and a physician.
14. - Includes QUESTIONNAIRE WITH FOLKLORE PRACTITIONERS.Relevant information related to -:
Local/Vernecular name
Useful part of that plant
Form of use
Dosage
Vehicle/Method of administration
Indications of that plant
is usually collected from folklore practitioners of respective area where unknown drug is found.
15. Characters Considered Before Plant Identification:
-i. Whether a plant is herbaceous or woody, and annual or perennial in nature.
ii. Whether or not milky or coloured sap is present in the leaf, stem or other plant parts.
iii. The leaf type, phyllotaxy, and venation.
iv. Presence or absence and type of stipule on young shoots.
v. The distribution and kinds of surface coverings (i.e. hairs, trichomes, spines, etc.).
vi. The parts of the flower and the number of sepals and petals, whether separate or fused, and also their
arrangement i.e. aestivation.
vii. Whether perianth is present in one or more series, or absent.
viii. Whether pappus (e.g. Asteraceae) or epicalyx (e.g. Malvaceae) or similar structures are present.
ix. Whether a nectar-secreting disc is present in the flowers (e.g. Rutaceae).
x. Whether the flowers are actinomorphic or zygomorphic.
16. • xi. The number and attachment of stamens and if there is any fusion of anthers or
filaments.
• xii. The number of pistils, styles and stigmas of the gynoecium, observation of a
transverse section of the ovary, the number of locules, number of ovules per locule, and
also the placentation.
• xiii. The position of the ovary and fusion of the perianth by observing a longitudinally
cut section of the entire flower through its centre.
17. Benefits of Ethanobotanical surveys-
It will be helpful in knowing about-
• Indigenous healers and traditional healthcare practitioners throughout the world
have developed rich stores of knowledge about how to collect and use medicinal
plants when providing services to communities.
• Identification & Standardisation of Anukta Dravya.
• Geological diversity of medicinal plants.
• Knowledge about appropriate botanical standards such as taxonomy like-
family,genus,species etc.
• Helps to exclude Vernecular name controversy. Eg- Brahmi,Arjuna,Rasna,Murva
etc.
• To explore the therapeutic utility of unexplored herbs.
• To explore the indications of unexplored herbs.
18. b).SECONDARY SOURCE-
• Mainly includes Extensive literary Surveys.
• GENERAL TAXONOMIC INDEXES –
The indexes serve as an aid to locate quickly the source of original publication
of a name. This helps us to learn if a particular name has been applied to a
plant or to know to which order, family, subfamily or tribe a plant of a given
name may belong. The important indexes to vascular plants are as follows:
i) Index Kewensis Plantarum Phanerogamarum
ii) Gray Herbarium Card Index
iii) Genera Siphonogamarum
19. • FLORAS –
A flora is a work dedicated to the plants of a particular region and also usually restricted to a major
segment of plant kingdom (as vascular plants, flowering plants etc.). There are numerous floras that
account for all the vascular or seed plants. A flora provides an inventory of the plants occurring in a
definite area. It is usually authenticated by citation of herbarium specimens, and their location. It is
customary to arrange the plants in a known, recognized system of classification viz. Bentham and
Hooker; Engler and Prantl; Hutchinson, etc.
A few important floras are listed below: World Floras
1) Baillon, H. The Natural History of Plants, 8 Vols. London .1871-1888.
2) 2) Bentham, G.and Hooker, J.D. Genera Plantarum, 3 Vols. London. 1862- 1883.
3) 3) Engler, A, and Prantl. K. “Die Natürelischen Pflanzenfamilien”, 23 vols. Leipzig 1887-1915.
20. • MONOGRAPHS –
A monograph is defined as “the complete account as can be made at a given time of
any one family, tribe or genus, nothing being neglected of it”. It is worldwide in its
scope and application. which refers to an extensive compilation of information about
one particular plant.
• HERBARIUM-
a collection of dried plant specimens that are stored, catalogued, and arranged by
family, genus and species for study.
21. • MANUALS-
A manual is a book that contains information on the area of coverage and keys and
descriptions to the families, genera and species. It includes the accepted scientific
name, followed by the author of that name, and major synonyms. Information on
infraspecific (below the rank of the species) taxa if any, is also provided along with
ecological and distributional data and common names. Many manuals have been
revised and reprinted numerous times. Such manuals become the standard reference
for the flora of a particular area.
Examples :
1.Fernald, M.L.1850 (8th Edition) Gray’s Manual of Botany, American Biological
Company, New York. Fassett,N.C. 1940
2.A Manual of Aquatic Plants McGraw Hill, New York. Bailey, L.H. 1949
3.Manual of Cultivated Plants. Macmillan, New York.
22. • REVISIONS-
A revision differs from a monograph being much less in degree of scope and completeness. It generally
accounts for only a single genus or a section of a large genus. Revisions are generally restricted to a
continent or smaller geographical area; these may/rarely contain reviews of previous publications and
are most of the times based on herbarium sheets. Thus, a revision is a provisional document.
• PERIODICALS-
A periodical is a publication appearing at regular intervals. Each issue is called a number and collectively
these numbers comprise a Volume (Band/ Heft/ Fascicle in German).
Periodicals most frequently used in taxonomic studies of plants are as follows:
1) Annals of Royal Botanic Gardens, Kolkata
2) Journal of Linnean Society, Botany,London
3) Records of Botanical Survey of India, Kolkata
4) Journal of Indian Botanical Society, Meerut
5) Tropical Ecology Bulletin, Varanas
23. • AYURVEDIC PHARMACOPEIA OF INDIA/API
• DATABASE ON MEDICINAL PLANTS
• HERBAL MUSEUM
• BOTANICAL GARDENS
• PREVIOUS DISSERTATION WORKS
• VARIOUS JOURNALS
• RESEARCH PAPERS
• PUBLISHED & UNPUBLISHED WORK
• BOOKS OF BOTANY,TAXONOMY&DRAVYAGUNA VIGYANA
• PLANT SYSTEMATICS ON INTERNET
The internet now provides a wealth of information about plants. It provides quick access to
floras, checklists, images of plants, detailed treatments to a group of plants, DNA sequences
and other databases.
24. 2. Analytical evaluation/Standardization techniques in herbal drug-:
• The modern guide lines of standardization of drugs; to verify the known and
prove the identity of unkown drug and its purity, the criteria such as the
macroscopic evaluation, organoleptic evaluation, microscopic
evaluation, chemical evaluation, physical evaluation, biological
evaluation, chromatographic techniques, adulteration, contaminants,
moisture, ash content and solvent residues have to be checked.
• The correct and proper identity of the herbal drug is of prime importance in
establishing the quality control of herbal drugs.
25. • Macroscopic and organoleptic evaluation:
The organoleptic evaluation of a drug by means of sense organs or macroscopic
evaluation is the evaluation of the drug by its colour, odour, taste, shape, size
and touch, which is based on the study of morphological and sensory profile of
the drug.
• Microscopic evaluation:
This examination of drug is used to identify the organized drugs by their
histological features with the help of microscope. For detecting various cellular
tissues, trichomes, stomata, starch cells, calcium oxalate crystals, etc.
26. • Physical evaluation:
These include moisture content, specific gravity, refractive melting point, viscosity and solubility
in different solvents. These criteria are useful in identification of constituent drugs present in
the plants.
• Chemical evaluation:
The qualitative chemical tests are used to identify certain drugs to test their purity, isolation,
active constituents, purification and for detection of adulterants.
• Biological evaluation:
Some drugs have specific biological and pharmacological activity which is utilized for their
evaluation especially in plant extract. Here the experiments are carried out on both intact and
isolated organs of living animals. With the help of bioassays, strength of drug can be evaluated.
• Chromatography:
Include identification of crude drug based on the use of major chemical constituents as
markers.
27. • List of Few Vernacular Names of Anukta Dravya corresponding to
their Botanical names-:
S.no. Local Name Locality
where the
vernacular
names used
Botanical
Name
Family Habit Useful part Therapeutic
uses
01. Raat ki Rani Ramnagar
(Varanasi)
Cestrum
nocturnum
Linn.
Solanaceae Shrub Leaf Spasm, Heart
disease
02. Khogar, Khaarpat,
Kaikar
Ramnagar
(Varanasi)
Garuga
pinnata
Roxb.
Burseraceae Tree Root, Stem,
Leaf, Fruit,
Gall, Bark
Asthma,obesity
03. Aarogyappacha Kottayam
(Kerala)
Trichopus
zeylanicus
Gaertn
Trichopodiac
eae
Herb Unripe fruit,
Leaf
Fatigue, Aging,
Debility, Loss of
appetite
04. Poinsetta Manduadih,
(Varanasi)
Euphorbia
pulcherrima
Euphorbiace
ae
Shrub Latex Tumors
05. Ban tambaku Ramnagar,
(Varanasi)
Solanum
erianthum
Solanaceae Shrub Root, Whole
plant
Inflammation,
Pain, Cough,.
28. S.n
o.
Local Name Locality where
the
vernacular
names used
Botanical
name
Family Habit Useful part Therapeutic
Uses
06. .Ahiphena Punjab,Rajasthan
,UP,MP
Papaver
somniferum
Papaveraceae Herb Seeds,Latex Insomnia,Hea
dache,Analges
ic
07. Coffee South India Coffea arabica Rubiaceae Shrub Seeds Heaet liver
health,
08. Jonkmari Nagwa,
(Varanasi)
Anagallis
arvensis Linn
Primulaceae Herb Whole plant Viper poison,
,Epilepsy,Hyst
eria
09. Nagphool Manduadih,
(Varanasi)
Gmelina
asiatica Linn
Verbenaceae Shrub Whole plant Rheumatism,
Syphilis,
Gonorrhoea
10. Rangoon ki bel Nagwa (Varanasi) Quisqualis
indica Linn
Combretaceae Climber Leaf,Seed Diarrhoea,
Fever, Worm,
infestation,
11. Ghoda tulasi Manduadih,
(Varanasi)
Scoparia
dulcis Linn
Scrophulariac
eae
Herb Whole plant Cough,Wounn
d,cardiac
12. Gulabbas Ramnagar
(Varanasi)
Mirabilis
jalapa Linn.
Nyctaginaceae Herb Whole plant Boil, Syphilis,
Abscess, Colic
29. S.n
o.
Botanical name Vernacular Nomenclature Criteria
01. Cestrum nocturnum
Linn.
Raat ki Rani Nishi Mahishi Kala
02. Garuga pinnata Roxb. Khogar, Khaarpat, Kaikar Garugo Rudhi
032. Trichopus zeylanicus
Gaertn.
Aarogyappacha Shaktida Karma
04. Euphorbia pulcherrima
Willd.
Poinsetta Kusumapatra Lanchana
05. Solanum erianthum
D.Don
Ban tambaku Vana tambaku Jati
06. Anagallis arvensis Linn. Jonkmari Harshani Prabhav
07. Gmelina asiatica Linn. Nagphool Nagaprasuna Upma
08. Quisqualis indica Linn Rangoon ki bel Rangunavalli Desha
09. Scoparia dulcis Linn. Ghoda tulasi Mishtapatri Rasa
10. Mirabilis jalapa Linn. Gulabbas Kautuka Pushpa Itarhavya
LIST OF BOTANICAL NAMES OF ANUKTA DRAVYA ALONG WITH
THEIR NOMENCLATURE BASED ON DIFFERENT CRITERIA -: