Significance of Collagen Fibres
Collagen fibres are major structural proteins found in gingival connective tissue and play a critical role in maintaining gingival integrity by binding the gingiva to underlying bone and cementum. Their density and organization can reflect the severity of periodontal disease. Additionally, collagen fibres are vital for skin firmness and elasticity, with their production enhanced through therapies like HIFU and MRF. However, reduced physical activity can diminish these fibres, adversely affecting their structural crosslinks.
Synonyms: Connective tissue fibers, Structural proteins
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The concept of Collagen Fibres in scientific sources
Collagen fibres are essential structural proteins in gingival connective tissue, with their density and organization reflecting periodontal disease severity. They connect the gingiva to bone and cementum, vital for preserving gingival integrity.
(1) Collagen fibres are essential structural components of the skin that contribute to its firmness and elasticity, and their production can be stimulated by combining HIFU and MRF therapy.[1] (2) These are structural proteins found in connective tissues, and their bundles diminish with decreased physical activity, which negatively changes the crosslinks.[2]