Significance of Anatomical characters
Anatomical characters refer to the physical and structural features of plants that are essential for their identification and differentiation. This includes features observed under microscopic study, such as those in Ruta graveolens and Aglaonema species, which aid in understanding their taxonomy. Additionally, anatomical characters encompass distinct traits found in roots, stems, and leaves of various species like D. volubilis and Cissus quadrangularis. Ultimately, these features are vital for taxonomic classification and the standardization of medicinal plants.
Synonyms: Morphological features, Physical traits, Structural characteristics, Anatomical traits, Bodily features, Anatomical features
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The concept of Anatomical characters in scientific sources
Anatomical characters are essential for identifying and differentiating plants, particularly D. volubilis, as they encompass structural features of roots and stems, which reveal insights into their biological functions and taxonomy.
From: Ancient Science of Life
(1) Internal structural features of the leaves, including vascular tissues and types of cells observed in histological analysis.[1] (2) Structural features of the leaf, such as cell layers and vascular bundles, which aid in plant identification.[2] (3) Physical features of the plant's structure that were previously described for identification purposes.[3] (4) The internal structural features of different parts of Cissus quadrangularis, including variations between the morphological types in the stems, leaves, and tendrils.[4] (5) Structural features of Ruta graveolens observed under microscopic study to help differentiate it from similar species.[5]
From: World Journal of Pharmaceutical Research
(1) Specific morphological features of plants that are utilized for identifying and standardizing medicinal drugs.[6] (2) The structural features of a plant, which are crucial for identification and understanding its medicinal uses.[7] (3) The structural features of stomata and related cells in Aglaonema species that provide insight into their taxonomy.[8] (4) Morphological features at the tissue and organ levels within plants that can aid in taxonomic classification.[9]
From: AYU (Journal of Research in Ayurveda)
(1) Specific structural features of the root and stem that aid in identifying the D. volubilis plant and understanding its biological functions.[10] (2) Structural features of plants that aid in their identification and differentiation.[11]