Upgraded B002 Ntbi0502 Mesophyll Dicot Monocot Leaves — a labelled NEET Biology diagram with a definitions lexicon.
Side-by-side comparison of mesophyll structure in dicot and monocot leaves. Labelled parts: Photosynthesis, Cross-section, Ground Tissue, Gas Exchange, Mesophyll, comparing a dicot leaf, distinct palisade layer, spongy layer, reticulate venation, parallel venation, Labeling be . Leaf Anatomy. The physico-chemical process by which green plants use light energy to drive the synthesis of organic compounds from CO2 and water. FYI: It is the primary source of all food on Earth and is responsible for the release of oxygen into the atmosphere. 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. The tissue of a plant other than the epidermis, periderm, and vascular tissues, prominent in monocot stems. The process by which respiratory gases (O a ‚‚ and CO a ‚‚) move between the external environment and the blood. In humans, this occurs primarily across the alveolar membranes. FYI: Gas exchange relies on the partial pressure gradient; gases move from an area of higher partial pressure to an area of lower partial pressure. The ground tissue of a leaf, sandwiched between the upper and lower epidermis and specialized for photosynthesis. comparing a dicot leaf is a labeled feature or concept in this upgraded BioAtlas image: Cross-section diagram comparing a dicot leaf (showing distinct palisade layer, spongy layer, and reticulate venation) and a monocot leaf (showing uniform ground tissue and paral... distinct palisade layer is a labeled feature or concept in this upgraded BioAtlas image: Cross-section diagram comparing a dicot leaf (showing distinct palisade layer, spongy layer, and reticulate venation) and a monocot leaf (showing uniform ground tissue and paral... spongy layer is a labeled feature or concept in this upgraded BioAtlas image: Cross-section diagram comparing a dicot leaf (showing distinct palisade layer, spongy layer, and reticulate venation) and a monocot leaf (showing uniform ground tissue and paral... reticulate venation is a labeled feature or concept in this upgraded BioAtlas image: Cross-section diagram comparing a dicot leaf (showing distinct palisade layer, spongy layer, and reticulate venation) and a monocot leaf (showing uniform ground tissue and paral... parallel venation is a labeled feature or concept in this upgraded BioAtlas image: Cross-section diagram comparing a dicot leaf (showing distinct palisade layer, spongy layer, and reticulate venation) and a monocot leaf (showing uniform ground tissue and paral... Labeling be . Leaf Anatomy is a labeled feature or concept in this upgraded BioAtlas image: Cross-section diagram comparing a dicot leaf (showing distinct palisade layer, spongy layer, and reticulate venation) and a monocot leaf (showing uniform ground tissue and paral...