1994
DOI: 10.1055/s-2007-994578
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Prenatal Sonographic Evidence Supporting an in Utero Developmental Etiology of Möbius Sequence

Abstract: Möbius sequence features masklike facies with sixth and seventh nerve palsy and frequently micrognathia thought to result from a neuromuscular deficiency in early movement of the mandible. Failure to thrive in infancy is commonly due to feeding and aspiration difficulties. We present the first description of prenatal sonographic findings associated with this lesion, which also support an in utero developmental etiology of this rare condition.

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Cited by 13 publications
(3 citation statements)
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“…43 A case by M. Sherer et al reported a normal amount of amniotic fluid and normal fetus swallowing at early gestation but with massive polyhydramnios during the latter part of pregnancy, along with micrognathia, absent mandibular movement, and a non-visualized stomach, which strongly points towards a late in-utero development of Moebius Syndrome. 44 Recently, Nguyen et al were able to use antenatal MRI imaging to demonstrate several features characteristic of Moebius syndrome, such as the fattened posterior aspect of the pons & medulla and tectal beaking, in a fetus who was later diagnosed with Moebius syndrome. 45 Genetic testing through amniocentesis may be done in cases of polyhydramnios and a family history of Moebius Syndrome to investigate further a pathogenic variant in the PLXND1 / REV3L / homeobox genes.…”
Section: Etiology and Pathogenesismentioning
confidence: 99%
“…43 A case by M. Sherer et al reported a normal amount of amniotic fluid and normal fetus swallowing at early gestation but with massive polyhydramnios during the latter part of pregnancy, along with micrognathia, absent mandibular movement, and a non-visualized stomach, which strongly points towards a late in-utero development of Moebius Syndrome. 44 Recently, Nguyen et al were able to use antenatal MRI imaging to demonstrate several features characteristic of Moebius syndrome, such as the fattened posterior aspect of the pons & medulla and tectal beaking, in a fetus who was later diagnosed with Moebius syndrome. 45 Genetic testing through amniocentesis may be done in cases of polyhydramnios and a family history of Moebius Syndrome to investigate further a pathogenic variant in the PLXND1 / REV3L / homeobox genes.…”
Section: Etiology and Pathogenesismentioning
confidence: 99%
“…46 Prenatal sonography, which may show decreased respiratory and swallowing movements, polyhydramnios, and related anomalies, may first alert the physician to the possible diagnosis of Möbius syndrome. 47,48 The differential diagnosis for Möbius syndrome includes other syndromes that combine cranial nerve palsies with craniofacial and limb abnormalities such as Hanhart syndrome, hypoglossia-hypodactyly syndrome, glossopalatine ankylosis, fascioscapulohumeral dystrophy, and Charlie M syndrome. 43,[49][50][51] ETIOLOGY The clinical complexity of Möbius with its confusing array of malformations continues to hinder scientists in their pursuit to discover its etiology.…”
Section: Diagnosismentioning
confidence: 99%
“…Multiple congenitally missing teeth (both deciduous and permanent) have been reported, along with paralysis and hypoplasia of the tongue, absence of facial expression (7) and weakness of the palate (3, 9). Micrognathia is also associated with Mobius syndrome and is thought to be due to a neuromuscular deficiency in early movement of the mandible (10). Abramson et al.…”
Section: Review Of the Literaturementioning
confidence: 99%