FTIR analysis of functional groups in Kanikkar medicinal plants.
Journal name: World Journal of Pharmaceutical Research
Original article title: Functional group analysis of some ethno-medicinal plants of the kanikkar tribe by the fourier transform infrared (ftir) spectroscopy
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C. Baby Shalini
World Journal of Pharmaceutical Research:
(An ISO 9001:2015 Certified International Journal)
Full text available for: Functional group analysis of some ethno-medicinal plants of the kanikkar tribe by the fourier transform infrared (ftir) spectroscopy
Source type: An International Peer Reviewed Journal for Pharmaceutical and Medical and Scientific Research
Doi: 10.20959/wjpr201811-12546
Copyright (license): WJPR: All rights reserved
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Summary of article contents:
Introduction
This study examines the functional group analysis of various ethnomedicinal plants used by the Kanikkar tribe in the Kanyakumari district of Tamil Nadu, India. Utilizing Fourier Transform Infrared (FTIR) Spectroscopy, the research identifies the presence of critical phytochemical functional groups in plant samples such as Ampelocissus indica, Aristolochia tagala, Diploclisia glaucescens, among others. The results indicate that the therapeutic properties attributed to these plants are likely due to the various identified functional groups, substantiating their traditional medicinal uses.
Importance of Traditional Medicine
Traditional medicine has played a crucial role in the healthcare systems of tribal and rural populations, significantly in regions where access to modern healthcare is limited. The World Health Organization (WHO) acknowledges traditional medicine as a vital component of primary healthcare, estimating that around 80% of the global population relies on it for their health and wellbeing. In this context, tribal communities, such as the Kanikkar tribe, utilize their extensive knowledge of local flora for medicinal purposes, leading to the discovery of potential new pharmaceutical compounds derived from these plants.
Phytochemical Analysis via FTIR Spectroscopy
The utilization of FTIR Spectroscopy in phytochemical analysis is pivotal for identifying the active components of medicinal plants. This method allows for a rapid and non-invasive means of characterizing chemical bonds within a molecule, providing a unique "fingerprint" of the sample. The study confirmed the presence of various functional groups including phenols, alkanes, carboxylic acids, ketones, and nitro compounds in the analyzed plant materials, which are essential for understanding their medicinal properties. Such information serves as a basis for further scientific validation and potential therapeutic application of these plants.
Identification of Functional Groups
The analysis detailed the specific functional groups present in ten ethnomedicinal plants used by the Kanikkar tribe. For example, Ampelocissus indica exhibited multiple peaks indicating phenols, nitro compounds, and halogen derivatives, suggesting its multifaceted potential. Each plant demonstrated a unique spectrum of functional groups, and their variations correlate with their applications in treating ailments such as skin infections, snake bites, and respiratory problems. Understanding these functional groups informs not only the historical and cultural significance of these plants but also opens avenues for modern medicinal research.
Conclusion
The findings of this study reinforce the significance of traditional knowledge in the context of modern pharmacology and ethnobotany. The identification of critical functional groups through FTIR Spectroscopy validates the ethnomedicinal practices of the Kanikkar tribe. These results advocate for further exploration and investigation into the unknown functional groups in these plants, with the goal of isolating and characterizing the phytoactive compounds responsible for their diverse therapeutic effects. Collaborative efforts between traditional healers and modern scientists could lead to valuable advancements in natural medicine.
FAQ section (important questions/answers):
What is the focus of the study conducted by C. Baby Shalini?
The study focuses on the phytochemical and functional group analysis of various ethno-medicinal plants used by the Kanikkar tribe, utilizing Fourier Transform Infrared (FTIR) Spectroscopy.
What are some plants analyzed in this ethnobotanical study?
The study analyzes several plants including Ampelocissus indica, Aristolochia tagala, Leucas biflora, and others, all used for traditional medicinal purposes by the Kanikkar tribe.
How does FTIR Spectroscopy contribute to plant analysis?
FTIR Spectroscopy offers a rapid and non-invasive method for identifying and characterizing functional groups within plant compounds, providing a biochemical fingerprint useful for medicinal research.
What functional groups were confirmed in the studied plants?
The analysis confirmed the presence of alkanes, aromatic compounds, carboxylic acids, ethers, ketones, phenols, and nitro compounds, which may contribute to the therapeutic effects.
Why is traditional medicine significant to the Kanikkar tribe?
Traditional medicine serves as a vital healthcare resource for the Kanikkar tribe, who rely on locally sourced plants for remedies, integral to their cultural and economic life.
What future studies are suggested by the research?
Future studies should aim to identify any unknown functional groups in these plants and further isolate and characterize the phytoactive compounds responsible for their medicinal benefits.
Glossary definitions and references:
Scientific and Ayurvedic Glossary list for “FTIR analysis of functional groups in Kanikkar medicinal plants.”. 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) Medicine:
Medicines encompass natural or synthetic substances used to treat diseases or alleviate symptoms. In relation to the Kanikkar tribe, the use of local plants highlights the importance of traditional medicines, which are crucial for primary healthcare among indigenous and rural populations.
2) Powder:
In this study, powder refers to the finely ground form of whole plants analyzed by Fourier Transform Infrared (FTIR) spectroscopy. The powder allows for the assessment of phytochemical components, identifying the functional groups responsible for the medicinal properties of the plants utilized by the Kanikkars.
3) Table:
The term table is used to present data systematically in a clear format. In the context of the study, tables summarize findings related to ethno-medicinal plants, functional groups identified, and their therapeutic uses, facilitating easy comprehension of the research outcomes and their significance.
4) Study (Studying):
Study refers to the research conducted to analyze the functional group composition of ethnomedicinal plants using FTIR spectroscopy. It explores traditional medicinal practices of the Kanikkar tribe, evaluating the plants' medicinal efficacy and documenting local knowledge concerning herbal treatments.
5) Forest:
Forests play a critical role as sources of medicinal plants used by the Kanikkars. They possess ecological, cultural, and economic significance, offering a habitat for biodiversity while being foundational to the tribe's traditional knowledge and practices in medicine and resource utilization.
6) Tamil:
Tamil is a Dravidian language predominantly spoken in the Indian state of Tamil Nadu and by the Tamil diaspora. The Kanikkar tribe speaks a dialect closely resembling Tamil, making language an essential aspect of cultural identity and communication in documenting their traditional medicinal knowledge.
7) Tamilnadu (Tamil-nadu):
Tamil Nadu is a state in southern India characterized by rich cultural heritage and biodiversity. It plays a significant role in the study as the origin of the Kanikkar tribe, who utilize local flora for traditional medicine, underlining the region's contributions to ethnobotanical research.
8) Nadu:
Nadu translates to 'land' or 'country' in Tamil, generally used to denote a geographical area within India. In the context of Tamil Nadu, it signifies the territory inhabited by Tamils, including various tribes like the Kanikkars, who rely on the land's resources for traditional healing.
9) Drug:
Drug refers to any chemical substance that alters physiological function and is used for therapeutic purposes. The focus on plant-derived drugs in traditional medicine emphasizes the potential of indigenous flora in discovering new effective pharmaceutical compounds, particularly in rural and tribal healthcare.
10) Knowledge:
Knowledge in this context refers to the understanding and expertise possessed by the Kanikkar tribe regarding the medicinal properties of local plants. This traditional knowledge is integral to their healing practices and is valuable for research into the pharmacological potential of these plants.
11) Transformation (Transform, Transforming):
Transform in this context refers to the application of Fourier Transform Infrared (FTIR) spectroscopy, a technique that analyzes plant compounds and identifies functional groups. This transformation of raw plant material into analyzable data is vital for understanding medicinal efficacy and properties.
12) Village:
A village is a small community or group of houses in a rural area. In the ethno-medicinal context, villages signify the location where Kanikkar informants share traditional knowledge about local plants, highlighting the importance of community-based practices in preserving herbal medicine.
13) India:
India is a diverse and culturally rich country with a vast array of traditional practices, including ethnomedicine. The study of the Kanikkars in the Kanyakumari district showcases India's extensive use of plant-based treatments, reflecting the nation's deep-rooted reliance on indigenous healthcare systems.
14) Phytochemical:
Phytochemicals are bioactive compounds found in plants, which may have health benefits. The analysis by FTIR aims to identify specific phytochemicals in the studied plants, elucidating their contributions to the medicinal properties known to the Kanikkar tribe, enhancing understanding in ethnopharmacology.
15) Snake-bite:
Snake-bite is a significant health concern in rural areas, with the Kanikkar tribe relying on traditional medicines to treat such emergencies. The study identifies specific plants used for antidotes, highlighting the integration of ethnomedicine into local healthcare responses to snakebites.
16) Kerala:
Kerala is a state in southern India known for its natural beauty and rich biodiversity. The Kanikkar tribe, residing near the borders of Kerala and Tamil Nadu, embodies the cultural and ecological connections between these regions, especially in their traditional healing practices.
17) Kani:
Kani refers to the indigenous tribes within Tamil Nadu and Kerala, highlighting the cultural identity and heritage of the Kanikkar tribe. Their knowledge of plant-based medicine positions them as integral contributors to the understanding of traditional herbal treatments in southern India.
18) Tirunelveli:
Tirunelveli is a district in Tamil Nadu, bordering Kerala and home to various tribal communities, including the Kanikkars. Its geographical location emphasizes the intermingling of cultural practices and plant diversity, integral to traditional medicine and ethnobotanical studies.
19) Developing:
Developing countries often rely on traditional medicine due to limited access to modern healthcare. The research highlights the dependence of the Kanikkar tribe on local plant resources, illustrating broader trends in global healthcare where traditional, plant-based treatments remain vital for local populations.
20) Gathering:
Gathering signifies the traditional practice of collecting wild plants for medicinal use, a fundamental activity among the Kanikkars. This practice emphasizes ecological knowledge and sustainable resource management, allowing the community to maintain their health and cultural identity through natural means.
21) Language:
Language serves as a crucial tool for conveying traditional knowledge and practices. In the study, the Kanikkars' use of Tamil and their dialect enriches the documentation process, ensuring that medicinal uses and ecological wisdom are preserved across generations.
22) Hunting:
Hunting reflects the traditional lifestyle of the Kanikkar tribe, which historically involves gathering resources from their forested environment. This practice is intertwined with their cultural identity and ecological knowledge, upheld through generations as sustainable resource management for survival.
23) Botany:
Botany is the scientific study of plants, vital for understanding the medicinal properties utilized by the Kanikkar tribe. This study intertwines ethnobotany with conservation efforts, acknowledging the role of plant diversity in traditional medicine and potential pharmaceutical advancements.
24) Kumar:
Kumar could refer to a researcher or contributor mentioned in the literature, or may simply indicate common Indian surnames. Understanding the contributions of different authors in ethnobotanical studies is essential for acknowledging collaborative research in traditional medicinal practices.
25) Life:
Life in the context of the Kanikkar tribe emphasizes the interdependence between community health, cultural practices, and natural resources. The traditional medicinal practices play a crucial role in sustaining their way of life, reflecting their deep bond with the environment.
26) Thiruvananthapuram (Thiruvanantha-puram, Tiru-anantapuram, Tiruvanantapuram, Tiruananta-puram):
Thiruvananthapuram is the capital city of Kerala, located near the habitat of the Kanikkar tribe. Its proximity is significant as it indicates cultural exchanges between urban and tribal populations, influencing the broader understanding of traditional medicinal practices.
27) Transmission:
Transmission in this context refers to the sharing and passing down of traditional knowledge regarding medicinal plants and practices among the Kanikkar tribe. This oral tradition is vital for preserving historical, cultural, and medicinal knowledge related to plant use.
28) Surrounding:
Surrounding refers to the geographical and ecological context in which the Kanikkar tribe resides. Understanding the physical environment is crucial for comprehending the available natural resources and their integration into the tribe's traditional healing practices.
29) Discussion:
Discussion relates to the analysis and interpretation of research results. In this study, it serves as a platform for examining the findings regarding the functional groups in ethnomedicinal plants, consolidating knowledge and offering direction for further research into traditional medicine.
30) Ramaswamy (Ramaswami):
Ramaswamy could refer to a researcher or significant contributor to the studies referenced. Recognizing the roles of various researchers is essential for attributing findings and acknowledging the collaborative efforts in uncovering the traditional uses of medicinal plants.
31) Centipede:
Centipede bites can be a medical concern addressed through traditional remedies among the Kanikkar tribe. Understanding the plants used for treating such bites illustrates the broader landscape of regional medicine and the adaptation of traditional knowledge to local health challenges.
32) Elephant:
Elephant symbolizes the biodiversity and ecological richness of the habitats surrounding the Kanikkar tribe. This connection resonates with traditional themes of coexistence with nature, as well as the historical significance of elephants in various indigenous resources and folklore across India.
33) Account:
Account signifies a report or narrative. In the context of this study, it pertains to the documentation of ethno-medicinal practices and the understanding of plant usage among the Kanikkar tribe, serving as a critical element in ethnobotanical research.
34) Surface:
Surface refers to the physical geography of the study area, which includes diverse ecological features. The surface characteristics of the Kanyakumari district significantly influence the types of flora available for traditional medicine, impacting the health practices of the Kanikkar tribe.
35) Family:
Family denotes the biological classification in taxonomy. In the context of this study, it relates to the plant families analyzed for their medicinal properties, essential for understanding the relationships between different species and their potential therapeutic applications.
36) Animal:
Animal in this context relates to the broader ecological interactions present in the Kanikkar tribe's environment, which includes both flora and fauna. The balance between plant and animal life is vital for maintaining the ecosystem that sustains their traditional practices.
37) Saxena (Saksena, Sakshena):
Saxena could refer to an author or researcher contributing to the ethnobotanical literature. Acknowledging various contributors allows for a comprehensive understanding of the collective findings in traditional medicinal practices and their significance for future research.
38) Indian:
Indian highlights the geographical and cultural context of the study. It pertains to the diverse practices, including traditional medicine, which are deeply rooted in the country’s rich history and biodiversity, showcasing the importance of integrating local customs in health and wellbeing.
39) Desire:
Desire symbolizes the fundamental human longing for health and wellness, which has historically driven the search for medicinal remedies. In the context of the Kanikkar tribe, this desire manifests in their reliance on traditional medicine derived from local plants.
40) Pillai:
Pillai could refer to a researcher or contributor mentioned in the study. Understanding the roles of various authors is essential for acknowledging insights and contributions that have shaped the body of knowledge surrounding traditional medicinal practices.
41) Patil:
Patil could denote an author or contributor to the ethnobotanical research. Recognizing various researchers and their interpretations within the study is crucial for understanding the collaborative effort in documenting and preserving traditional medicinal practices.
42) Honey:
Honey is a natural substance collected from bees, often used in traditional medicine for its therapeutic properties. Among the Kanikkar tribe, honey's medicinal value aligns with their practices, showcasing the integration of animal products in their treatment methodologies.
43) Field:
Field signifies the environment where ethnobotanical research is conducted, particularly during the survey of Kanikkar villages. It encompasses both the physical landscape and the social interactions necessary for gathering traditional knowledge and informing research on regional medicinal plants.
44) Fever:
Fever is a common ailment that often evokes the use of traditional remedies within the Kanikkar tribe. Understanding the plants employed in treating fever illustrates the applicability of local knowledge in addressing health concerns prevalent in their communities.
45) Asha (Asa):
Asha could refer to a researcher or contributor to the literature in this study. Recognizing the input of various experts is important for providing insights and contextual knowledge critical to understanding traditional medicinal practices in specific populations.
46) Cham:
Cham is likely referring to the author of the plant studied or relevant reference within the ethnobotanical literature. Proper attribution helps trace the development of understanding regarding traditional medicine and its integration into cultural practices.
47) Ghat (Gham):
Ghat refers to the mountain ranges in the Kanyakumari region, influencing the biodiversity and ecological dynamics surrounding the Kanikkar tribe. This geographical feature directly affects the types of plants available for medicinal use, shaping traditional practices.
48) Sahu:
Sahu could refer to an author or contributor cited in ethnobotanical research. Recognizing the work of different scholars is crucial for validating findings and helping accumulate a broader perspective on the significance of traditional medicine.
49) Hand:
Hand symbolizes the practical aspect of traditional medicine, emphasizing the knowledge passed through generations within the Kanikkar tribe. The hands-on experience of gathering and preparing herbal remedies showcases the intricate relationship between humans and nature in healthcare.
50) Worm:
Worm refers to intestinal parasites that can affect human health, notably treated within traditional medicine. Understanding the approaches employed by the Kanikkar tribe for managing worm infections underscores the role of ethnomedicine in addressing prevalent health issues in their communities.
51) Salt (Salty):
Salt is a crucial mineral with various uses, including culinary and medicinal applications. In traditional practices, salt may be utilized in preparations or as a preservative, highlighting the incorporation of natural elements in the Kanikkar tribe's approach to health and wellness.
Other Science Concepts:
Discover the significance of concepts within the article: ‘FTIR analysis of functional groups in Kanikkar medicinal plants.’. Further sources in the context of Science might help you critically compare this page with similair documents:
Alkane, Ether, Medicinal preparation, Traditional knowledge, Traditional medicine, Phytochemistry, Complementary Medicine, Ethnobotany, Scientific validation, Tribal medicine, Primary Healthcare, Fourier transform infrared (FTIR) spectroscopy, Phenol, Carboxylic acid, Sulphur compound, Plant derived medicines, Ketones, Ethno-medicinal plant.