Which anatomical character is not used in
plant physiology?
A
Structure of xylem
B
Structure of phloem
С
Structure of endodermis
D
Tap or adventitious root system
Answers
Answer:
These include stems, leaves, and flowers. On the other hand, the root system is most often underground and consists of organs such as roots, underground stems (tubers), and rhizomes. Each of these organs performs a different function. Stems are support structures and mediate the growth of the plant.
Answer:
Explanation:
Structure of xylem definition:
Tracheid cells and vessel members, both of which are typically long, narrow, and hollow, make up the xylem tracheary elements. In the majority of gymnosperms and seedless vascular plants, tracheids are the only form of water-conducting cells and are less specialized than the vessel members.
Structure of phloem definition:
The vascular tissue known as phloem is in charge of moving and distributing organic nutrients. The phloem has a structural purpose in the body of the plant and is a channel for signalling molecules. Typically, sieve elements, parenchyma, and sclerenchyma make up this tissue.
Structure of endodermis definition:
In land plants, the endodermis is the core, deepest layer of cortex. It is a cylindrical structure made of tightly packed living cells, the radial walls of which are coated in hydrophobic materials (Casparian strip) to prevent apo plastic water flow into the interior. The cortex and stele are separated by the endodermis.
Tap or adventitious root system definition:
The term "adventitious root" refers to a root that grows from any portion of the plant other than the radicle or its derivatives. The term "taproot" refers to the major root, which lasts the entire life of a plant.
Structure of endodermis is the anatomical character which is not included in the plant physiology.
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