Detailed Cross Section Comparison Of Dicot And Monocot Seeds
Detailed Cross Section Comparison Of Dicot And Monocot Seeds — a labelled NEET Biology diagram with a definitions lexicon.
Detailed cross-section comparison of dicot and monocot seeds. Labelled parts: Cross-section, Cotyledons, Coleoptile, Coleorhiza, Scutellum, Micropyle, Plumule, Radicle, Testa, Seeds, Dicot Stem, Dicot seed, Bean, Monocot seed, Maize, tegmen. A diagrammatic view of an organ or tissue obtained by cutting it at a right angle to its longitudinal axis. FYI: Transverse sections (T.S.) are standard in plant anatomy to study the arrangement of vascular bundles. Embryonic leaves within a seed that store food reserves or become the first photosynthetic organs after germination. FYI: In monocots like maize, the single large cotyledon is specifically called the scutellum. A protective sheath covering the emerging shoot (plumule) in monocots. A protective sheath covering the emerging root (radicle) in monocots. The single, shield-shaped cotyledon found in grass/monocot seeds. A small opening in the integuments of an ovule through which the pollen tube enters. FYI: In seeds, it remains as a small pore to facilitate water and oxygen entry during germination. The portion of the embryonic plant axis that develops into the shoot system upon germination. FYI: In monocots, the plumule is protected by a sheath-like structure called the coleoptile. The embryonic root that emerges first during germination. The outer, thick, and protective layer of the seed coat that develops from the outer integument of the ovule. FYI: It works in conjunction with the inner tegmen to protect the embryo from environmental stress. The ripened and fertilized ovules containing an embryo and stored food for future growth. FYI: Seeds are the final product of sexual reproduction in Spermatophytes (gymnosperms and angiosperms). A plant stem characterized by the arrangement of vascular bundles in a ring and the presence of a distinct pith and cortex. FYI: Dicot stems typically exhibit secondary growth due to the presence of fascicular and interfascicular cambium. Dicot seed is a key labeled feature or concept in this BioAtlas visual: A side-by-side, labeled diagram (like the provided v1 image) showing a Dicot seed (Bean) and a Monocot seed (Maize). Must label: cotyledons, testa/tegmen, micropyle, p... Bean is a key labeled feature or concept in this BioAtlas visual: A side-by-side, labeled diagram (like the provided v1 image) showing a Dicot seed (Bean) and a Monocot seed (Maize). Must label: cotyledons, testa/tegmen, micropyle, p... Monocot seed is a key labeled feature or concept in this BioAtlas visual: A side-by-side, labeled diagram (like the provided v1 image) showing a Dicot seed (Bean) and a Monocot seed (Maize). Must label: cotyledons, testa/tegmen, micropyle, p... Maize is a key labeled feature or concept in this BioAtlas visual: A side-by-side, labeled diagram (like the provided v1 image) showing a Dicot seed (Bean) and a Monocot seed (Maize). Must label: cotyledons, testa/tegmen, micropyle, p... tegmen is a key labeled feature or concept in this BioAtlas visual: A side-by-side, labeled diagram (like the provided v1 image) showing a Dicot seed (Bean) and a Monocot seed (Maize). Must label: cotyledons, testa/tegmen, micropyle, p...