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Possible mesodermal origin for axial dysraphic disorders

M C Jones, K L Jones, G F Chernoff

    The Journal of Pediatrics
    |November 1, 1982
    PubMed
    Summary
    This summary is machine-generated.

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    Axial dysraphic states may stem from early issues in the chordoaxial mesoderm. This developmental disturbance explains various birth defects, including neural tube and vertebral anomalies, observed in four patients.

    Area of Science:

    • Developmental biology
    • Embryology
    • Clinical genetics

    Background:

    • Axial dysraphic states encompass a spectrum of congenital anomalies affecting the vertebral column and central nervous system.
    • The etiology of these complex malformations is often multifactorial, involving genetic and environmental factors.
    • Understanding the precise developmental origins is crucial for diagnosis and potential intervention.

    Observation:

    • Four pediatric patients presented with distinct axial dysraphic states.
    • Patient 1: complete craniorachischisis, omphalocele, ambiguous genitalia.
    • Patient 2: anencephaly, omphalocele.
    • Patient 3: iniencephaly.
    • Patient 4: cervical vertebral fusion defects, occipital meningocele, laterality malformation sequence.

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    Findings:

    • The observed spectrum of defects in these patients supports a unifying hypothesis.
    • A primary disturbance in the chordoaxial mesoderm can explain the observed craniofacial, spinal, and associated anomalies.
    • This mesodermal defect provides a potential explanation for the co-occurrence of neural tube defects and vertebral anomalies.

    Implications:

    • This hypothesis offers a potential framework for understanding the pathogenesis of diverse axial dysraphic disorders.
    • It highlights the critical role of chordoaxial mesoderm development in preventing complex congenital malformations.
    • Further research into chordoaxial mesoderm development may reveal new diagnostic or therapeutic targets for these conditions.