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Sharpey's fibres (bone fibres, or perforating fibres) are a matrix of connective tissue consisting of bundles of strong predominantly type I collagen fibres connecting periosteum to bone. They are part of the outer fibrous layer of periosteum, entering into the outer circumferential and interstitial lamellae of bone tissue.
Oblique fibers (K) are the most numerous fibers in the periodontal ligament, running from cementum in an oblique direction to insert into bone coronally. These fibers resist vertical and intrusive forces. Apical fibers are found radiating from cementum around the apex of the root to the bone, forming base of the socket or alveolus.
The periosteum is a membrane that covers the outer surface of all bones, [1] except at the articular surfaces (i.e. the parts within a joint space) of long bones. (At the joints of long bones the bone's outer surface is lined with "articular cartilage", a type of hyaline cartilage.)
Elastosis perforans serpiginosa is a unique perforating disorder characterized by transepidermal elimination of elastic fibers and distinctive clinical lesions, which are serpiginous in distribution and can be associated with specific diseases.
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Elastin replacing collagen fibers of the papillary dermis and reticular dermis: Elastosis perforans serpiginosa: Degenerated elastic fibers and transepidermal perforating canals (arrow in image points at one of them) [13] Perforating calcific elastosis: Clumping of short elastic fibers in the dermis. [13] Linear focal elastosis
A teenager has been sentenced to 52 years in prison for fatally stabbing three girls at a children's Taylor Swift-themed event in the United Kingdom last year. Axel Rudakubana, 18, pleaded guilty ...
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