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Craniofacial growth and size patterns during postnatal development.

P H Buschang, R M Baume, G G Nass

    Growth
    |January 1, 1983
    PubMed
    Summary
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    Craniofacial growth shows distinct patterns, with the mandible growing most relative to stature. Males exhibit greater relative growth than females, with independent growth patterns for facial, cranial, and masticatory structures.

    Area of Science:

    • Orthodontics
    • Anthropology
    • Human Growth and Development

    Background:

    • Understanding craniofacial growth is crucial for diagnosing and treating developmental abnormalities.
    • Previous studies have examined various aspects of craniofacial development, but comprehensive analyses of relative growth patterns across different facial regions are ongoing.

    Purpose of the Study:

    • To describe patterns of craniofacial growth and size relationships in males and females from childhood to adulthood.
    • To identify independent patterns of craniofacial variation after accounting for allometric growth.

    Main Methods:

    • A mixed longitudinal sample of 51 individuals (26 males, 25 females) was studied.
    • 663 lateral cephalograms were analyzed for seven craniofacial dimensions.
    • Principal component analysis was used to identify patterns of variation residual to allometry.

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    Main Results:

    • Differential patterns of negative allometric growth were observed relative to stature.
    • Relative growth was greatest for mandibular traits, followed by upper facial and neurocranial traits.
    • Males showed greater relative growth than females.
    • Three age- and sex-independent patterns of craniofacial variation were identified.

    Conclusions:

    • Craniofacial growth exhibits distinct regional patterns, with the mandible showing the most significant relative growth.
    • Sex influences the relative growth of craniofacial structures.
    • Independent growth patterns exist for anterior facial, cranial height, and masticatory dimensions, suggesting distinct developmental pathways after controlling for overall size.