
What is supporting tissue?
Answer
458.1k+ views
Hint: Connective tissues are types of supporting tissues as they shape the body's system and supporting structures, such as bone, ligament, mucous film, and fat. Plants' supporting tissues include parenchyma, collenchyma, sclerenchyma, and vascular tissues (Xylem, Phloem).
Complete answer:
The development of stable supporting tissues has been a critical requirement for the development of massive earthbound organic entities. Endo- or exoskeletons of creatures are similar to the woody stems or trunks of plants. The compositional plan of the plant's vegetation assortment is extremely perplexing. Flimsy petioles carry hefty and level laminas, while stems hold leaves, blossoms, and natural products. Mechanical strains are applied to all plant organs. Organs float above the ground, following the float of the breeze. Their high adaptability allows them to either return to their original position or swing around an innovative axis.
Trunks are strong enough to resist the pull of the breeze. Despite the fact that their protruding treetops provide the breeze with a massive target, they withstand pressure and are unbreakable. The breeze causes the upper plant organs and the storage compartment to act like a switch, transferring a large portion of the power to the roots, which anchor the plant in the dirt. Water and nutrient uptake are two different elements of the root.
Because of the presence of inorganic salts, the grid of this connective tissue is hard and inflexible. There aren't many cells in the grid. Strands may be available or unavailable. It is also known as skeletal tissue because it shapes the body's interior supporting structure (endoskeleton). The epidermis is the plant's and human body's supporting tissue.
Note:
Only vascular plants have broad specific supporting tissues. Despite the presence of massive marine earthy coloured green growth (kelp, such as Macrocystis and Laminaria), not a single earthbound alga with a thallus that extends more than a couple of cell layers above the ground is known.
Complete answer:
The development of stable supporting tissues has been a critical requirement for the development of massive earthbound organic entities. Endo- or exoskeletons of creatures are similar to the woody stems or trunks of plants. The compositional plan of the plant's vegetation assortment is extremely perplexing. Flimsy petioles carry hefty and level laminas, while stems hold leaves, blossoms, and natural products. Mechanical strains are applied to all plant organs. Organs float above the ground, following the float of the breeze. Their high adaptability allows them to either return to their original position or swing around an innovative axis.
Trunks are strong enough to resist the pull of the breeze. Despite the fact that their protruding treetops provide the breeze with a massive target, they withstand pressure and are unbreakable. The breeze causes the upper plant organs and the storage compartment to act like a switch, transferring a large portion of the power to the roots, which anchor the plant in the dirt. Water and nutrient uptake are two different elements of the root.
Because of the presence of inorganic salts, the grid of this connective tissue is hard and inflexible. There aren't many cells in the grid. Strands may be available or unavailable. It is also known as skeletal tissue because it shapes the body's interior supporting structure (endoskeleton). The epidermis is the plant's and human body's supporting tissue.
Note:
Only vascular plants have broad specific supporting tissues. Despite the presence of massive marine earthy coloured green growth (kelp, such as Macrocystis and Laminaria), not a single earthbound alga with a thallus that extends more than a couple of cell layers above the ground is known.
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