When collagen fibres are removed from the areolar tissue
A) Tissue becomes hard
B) Tissue becomes loose and elastic
C) Tissue becomes hard and inelastic
D) Remains unchanged
Answers
When collagen fibres are removed from the areolar tissue, the tissue becomes loose and elastic (option (B)).
Explanation: Areolar connective tissue is the kind of tissue that covers and links the body's many organs. The provision of nutrients to the cells as well as acting as a cushion to protect the organs from various external stimuli are two of this type of tissue's key functions.
In the tissues of vertebrates, collagen fibres serve as structural components that transfer stresses, store energy, and release it. Collagen fibres contain a hierarchical structure made up of collagen molecules, microfibrils, fibrils, fibres, and fascicles that prevents tendon and other load-bearing tissues from deforming.
As collagen fibres are structural components, their removal leads to a loss of strength. That's why areolar tissues become loose and hard. Therefore, the correct option is B).
To learn more about collagen fibres, click the links below:
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