Iliac cortical thickness in the neonate: the gradient effect

    Research output: Contribution to journalArticle

    8 Citations (Scopus)

    Abstract

    Recent studies of the neonatal ilium are beginning to reveal that a recognizable structural patterning of trabecular bone is present in the absence of any direct stance-related weight transfer. However, little is known about the organization of compact bone in the ilium and the way in which it is laid down during the earliest stages of development. This study investigates cortical bone thickness across both gluteal and pelvic iliac shells in the human neonatal ilium. Measurements of specific regions of interest on the iliac cortices were recorded using reconstructed micro-computed tomography scans from 30 neonatal ilia. Analysis of gluteal and pelvic cortical thicknesses revealed a distinctive patterning consistent with the expected bone distribution achieved through early bone modelling and remodelling. The analysis of this pattern is important for understanding the relationship between trabecular bone patterning and cortical bone structure in the earliest stages of pelvic development prior to locomotive influences and its response to the specific functional forces acting during this period.

    Original languageEnglish
    Pages (from-to)364-370
    Number of pages7
    JournalJournal of Anatomy
    Volume215
    Issue number3
    DOIs
    Publication statusPublished - Sep 2009

    Keywords

    • cortical bone
    • gluteal
    • human
    • ilium
    • juvenile
    • micro-computed tomography
    • ossification
    • pelvic
    • QUANTITATIVE COMPUTED-TOMOGRAPHY
    • BONE-MINERAL DENSITY
    • FETAL ILIUM
    • OSTEOPOROSIS
    • CHILDREN
    • CT
    • OSSIFICATION
    • STRENGTH
    • SKELETON
    • GROWTH

    Cite this

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    title = "Iliac cortical thickness in the neonate: the gradient effect",
    abstract = "Recent studies of the neonatal ilium are beginning to reveal that a recognizable structural patterning of trabecular bone is present in the absence of any direct stance-related weight transfer. However, little is known about the organization of compact bone in the ilium and the way in which it is laid down during the earliest stages of development. This study investigates cortical bone thickness across both gluteal and pelvic iliac shells in the human neonatal ilium. Measurements of specific regions of interest on the iliac cortices were recorded using reconstructed micro-computed tomography scans from 30 neonatal ilia. Analysis of gluteal and pelvic cortical thicknesses revealed a distinctive patterning consistent with the expected bone distribution achieved through early bone modelling and remodelling. The analysis of this pattern is important for understanding the relationship between trabecular bone patterning and cortical bone structure in the earliest stages of pelvic development prior to locomotive influences and its response to the specific functional forces acting during this period.",
    keywords = "cortical bone, gluteal, human, ilium, juvenile, micro-computed tomography, ossification, pelvic, QUANTITATIVE COMPUTED-TOMOGRAPHY, BONE-MINERAL DENSITY, FETAL ILIUM, OSTEOPOROSIS, CHILDREN, CT, OSSIFICATION, STRENGTH, SKELETON, GROWTH",
    author = "Cunningham, {Craig A.} and Black, {Sue M.}",
    year = "2009",
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    language = "English",
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    pages = "364--370",
    journal = "Journal of Anatomy",
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    Iliac cortical thickness in the neonate : the gradient effect. / Cunningham, Craig A.; Black, Sue M.

    In: Journal of Anatomy, Vol. 215, No. 3, 09.2009, p. 364-370.

    Research output: Contribution to journalArticle

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    AB - Recent studies of the neonatal ilium are beginning to reveal that a recognizable structural patterning of trabecular bone is present in the absence of any direct stance-related weight transfer. However, little is known about the organization of compact bone in the ilium and the way in which it is laid down during the earliest stages of development. This study investigates cortical bone thickness across both gluteal and pelvic iliac shells in the human neonatal ilium. Measurements of specific regions of interest on the iliac cortices were recorded using reconstructed micro-computed tomography scans from 30 neonatal ilia. Analysis of gluteal and pelvic cortical thicknesses revealed a distinctive patterning consistent with the expected bone distribution achieved through early bone modelling and remodelling. The analysis of this pattern is important for understanding the relationship between trabecular bone patterning and cortical bone structure in the earliest stages of pelvic development prior to locomotive influences and its response to the specific functional forces acting during this period.

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