Significance of Microscopic characters
Microscopic characters refer to the detailed structural features of plant cells and tissues that necessitate microscopic observation. These features are crucial for identifying and authenticating various plant species and raw materials. Observations made at this level help assess the quality and composition of plant materials, as well as distinguish between different species. Microscopic examination techniques provide insights into cellular structure, enabling thorough identification and quality control of medicinal plants and their components.
Synonyms: Microscopic features, Small details
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The concept of Microscopic characters in scientific sources
Microscopic characters encompass detailed examinations of plant structures, including leaves of Bridelia scandens and components of Brahmi Ghrita, crucial for botanical studies to reveal intricate features and cellular structures not visible to the naked eye.
From: World Journal of Pharmaceutical Research
(1) Characteristics of plant cells and tissues that require a microscope for observation, important for identifying plant species.[1] (2) The cellular structure and organization of the root tubers analyzed under a microscope to aid in identification.[2] (3) Detailed analysis of powder form of Saraca indica showing its cellular structure, including types of cells such as parenchyma and stone cells.[3] (4) Characteristics of a plant that can be observed under a microscope, also vital in the identification and evaluation of plant drugs.[4] (5) Microscopic characters refer to the structural features observed in the plant under a microscope, important for identification and establishing preservation standards.[5]
From: Ancient Science of Life
(1) Features of a substance that can only be observed through a microscope, important for identification and study.[6] (2) Detailed features of Wagatea spicata that require a microscope for observation.[7] (3) The detailed structural characteristics observed under a microscope, essential for identifying and studying plant tissues.[8] (4) Observations and measurements at a microscopic level, such as vein-islet number, palisade ratio, and stomatal index of the leaves of Azadirachta indica.[9] (5) Detailed structural features observed under a microscope, important for the identification and study of plant tissues.[10]
From: AYU (Journal of Research in Ayurveda)
(1) Observations and documentation of structural features of leaves under magnification to aid differentiation.[11] (2) Detailed characteristics studied under a microscope to identify the individual components of Brahmi Ghrita.[12] (3) The tiny, detailed features of plant structures examined under a microscope, essential for in-depth botanical studies.[13]
From: International Ayurvedic Medical Journal
(1) Detailed structural characteristics observed through microscopy, including various plant cell types and arrangements, which can indicate the quality and type of the medicinal plant.[14] (2) The unique structural features observed under a microscope that help in identifying and authenticating the plant material.[15] (3) The cellular structure analyzed under a microscope, providing insights into the identity and quality of a plant.[16]
From: Journal of Ayurveda and Holistic Medicine
(1) Examination results of the fine structure and cells present in the leaves of Bridelia scandens, observed under a microscope.[17] (2) Detailed features of the seeds that can only be observed under a microscope, revealing cellular structure.[18]
From: Ayushdhara journal
(1) Microscopic characters refer to the detailed internal structures of turmeric that help classify its quality.[19]