Sharpey's fiber

The following article is from The Great Soviet Encyclopedia (1979). It might be outdated or ideologically biased.

Sharpey’s fiber

 

any one of the collagenous fibers of different thicknesses that cause the periosteum to adhere firmly to bones. Sharpey’s fibers pass at different angles from the inner layer of the periosteum and at different depths to the layer of the external general lamellae of the diaphysis of tubular bones. They become branched mainly in this layer, sometimes reaching the osteon layer but never penetrating the substance of the osteon lamellae. They can be readily distinguished on histological sections of growing bones. They become partly or completely calcified and almost invisible in the bones of persons of advanced age. Sharpey’s fibers were described by the British scientist W. Sharpey (1802–80).

The Great Soviet Encyclopedia, 3rd Edition (1970-1979). © 2010 The Gale Group, Inc. All rights reserved.
References in periodicals archive ?
The main functions of the bone include protection, support, shock absorption and attachment to the sharpey's fibers.
The common microscopic findings included irregular or jagged alveolar bone margins with Sharpey's fibers inserting irregularly into the woven bone.
* The new elevators SLE1 and SLE2, the first one to start the sinus membrane elevation from the sinus floor and the second one to finalize the sinus membrane elevation from the palatal wall, are featured by a sharp terminal part allowing to cut Sharpey's fibers from the endosteum with the maximum safety, protecting it thanks to the convexity of the tips.
4 Jean E Aaron; Periosteal Sharpey's fibers: a novel bone matrix regulatory system?
Histological observation demonstrated that the fibrovascular connective tissue, fibrocartilage, and the Sharpey's fibers were gradually developed between the implants and bone tunnel in BIO reconstruction group.
No Sharpey's fibers were seen at the attachment of the muscle to the interosseous ligament; to the contrary, there was a smooth transition from striated muscle fibers to the dense connective tissue of the interosseous ligament.