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    Elastin fibers display a versatile microfibril network in articular cartilage depending on the mechanical microenvironments

    Access Status
    Open access via publisher
    Authors
    He, Bo
    Wu, Jianping
    Chen, Honghui
    Kirk, Thomas
    Xu, Jiake
    Date
    2013
    Type
    Journal Article
    
    Metadata
    Show full item record
    Citation
    He, Bo and Wu, Jian Ping and Chen, Hong Hui and Kirk, Thomas and Xu, Jiake. 2013. Elastin fibers display a versatile microfibril network in articular cartilage depending on the mechanical microenvironments. Journal of Orthopaedic Research. 31 (9): pp. 1345-1353.
    Source Title
    Journal of Orthopaedic Research
    DOI
    10.1002/jor.22384
    ISSN
    07360266
    URI
    http://hdl.handle.net/20.500.11937/47512
    Collection
    • Curtin Research Publications
    Abstract

    Elastin fibers are major extracellular matrix macromolecules that are critical in maintaining the elasticity and resilience of tissues such as blood vessels, lungs and skins. However, the role of elastin in articular cartilage is poorly defined. The present study investigated the organization of elastin fiber in articular cartilage, its relationship to collagen fibers and the architecture of elastin fibers from different mechanical environments by using a kangaroo model. Five morphologies of elastin fibers were identified: Straight fiber, straight fiber with branches, branching fibers directly associated with chondrocyte, wave fiber and fine elastin. The architecture of the elastin network varied significantly with cartilage depth. In the most superficial layer of tibial plateau articular cartilage, dense elastin fibers formed a distinctive cobweb-like meshwork which was parallel to the cartilage surface. In the superficial zone, elastin fibers were well organized in a preferred orientation which was parallel to collagen fibers. In the deep zone, no detectable elastin fiber was found. Moreover, differences in the organization of elastin fibers were also observed between articular cartilage from the tibial plateau, femoral condyle, and distal humerus. This study unravels the detailed microarchitecture of elastin fibers which display a well-organized three-dimensional versatile network in articular cartilage. Our findings imply that elastin fibers may play a crucial role in maintaining the integrity, elasticity, and the mechanical properties of articular cartilage, and that the local mechanical environment affects the architectural development of elastin fibers.

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