Which Tissue makes up the Coconut’s Husk?
By BYJU'S Exam Prep
Updated on: November 14th, 2023
Sclerenchyma tissue makes up the coconut’s husk. The hard, rigid texture of the coconut plant is a result of permanent tissue. The tissue’s cells are very basic and lifeless. Due to their lignified cells, which aid in the outer protective covering of fruits and nuts, they have strong walls. Stems, the veins of leaves, the area around vascular bundles, and the tough shells of seeds and nuts all include sclerenchymatous tissue. Sclerenchyma During the first phase of the coconut plant’s growth cycle, tissue cells continue to exist as live cells and resemble spiral or ring patterns.
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Coconut Husk Tissue
Sclerenchyma is the tissue that makes up the husk of a coconut. The well-known fiber coir, produced by it and used to make mats, ropes, cords, brushes, and other items, can be found in the mesocarp of the coconut fruit. Sclerenchyma Tous tissue can be found in stems (especially those close to the vascular bundle), roots, leaf veins, and the hard shells of seeds and nuts.
- The main functions of sclerenchyma Tous tissue are as a mechanical and protective structure.
- It provides the plant body with elasticity, strength, rigidity, and flexibility.
- Sclerenchyma cells can be found in the stems, roots, and other supporting tissues of plants.
- Cellulose, hemicelluloses, and lignin are the main ingredients in the cell walls of sclerenchyma. These cells serve to support the plant’s tissues.
Facts about Sclerenchyma Tissue
Sclerenchyma Tous is the tissue found in coconut husks. Strong-walled cells, typically lignified, protect fruits and nuts from the elements. The following list of crucial sclerenchyma tissue information includes:
- It is a simple-permanent ground tissue that is lifeless.
- The sclerenchyma cells, which have spiral or ring-like patterns, continue to be the living cells throughout the plant’s early growth cycle.
- Because of the inner protoplast’s degeneration or death, sclerenchyma is used to describe dead tissue.
- Diverse plant types will result in different sclerenchyma characteristics, such as cell-wall type, rigidity, shape, size, etc.
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