Birth defects research. Part A, Clinical and molecular teratology · 2004
Acitretin embryopathy: a case report.
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Barbero Pablo, Lotersztein Vanesa, Bronberg Ruben, Perez Miriam, Alba Liliana
Аннотация
BACKGROUND: Acitretin is an aromatic retinoid analog of vitamin A. Drugs of this group are well-known teratogenic agents. Nevertheless, acitretin embryopathy has been described only in fetuses.
CASE: An infant was exposed to 10 mg/day of acitretin from the beginning of pregnancy until the 10th gestational week. At term, the newborn showed the following abnormalities: microcephaly, epicanthal folds, low nasal bridge, high palate, cup-shaped ears, anteverted nostrils, atrial septal defect, and bilateral sensorineural deafness. At 18 months of age, the patient showed microcephaly and neurodevelopmental delay.
CONCLUSIONS: Our patient shows a pattern of anomalies resembling that observed in isotretinoin- and etretinate-exposed children. After ingestion, acitretin is partially converted into etretinate, and etretinate is partially metabolized into acitretin. A similar phenotype would therefore be expected after prenatal exposure to either drug. Moreover, in the present case, teratogenic effects were observed even though the dose was lower than in the previously reported acitretin embryopathy cases. Therefore, we propose that different retinoids, acitretin included, produce only one malformation pattern with variable phenotypic expression.
CASE: An infant was exposed to 10 mg/day of acitretin from the beginning of pregnancy until the 10th gestational week. At term, the newborn showed the following abnormalities: microcephaly, epicanthal folds, low nasal bridge, high palate, cup-shaped ears, anteverted nostrils, atrial septal defect, and bilateral sensorineural deafness. At 18 months of age, the patient showed microcephaly and neurodevelopmental delay.
CONCLUSIONS: Our patient shows a pattern of anomalies resembling that observed in isotretinoin- and etretinate-exposed children. After ingestion, acitretin is partially converted into etretinate, and etretinate is partially metabolized into acitretin. A similar phenotype would therefore be expected after prenatal exposure to either drug. Moreover, in the present case, teratogenic effects were observed even though the dose was lower than in the previously reported acitretin embryopathy cases. Therefore, we propose that different retinoids, acitretin included, produce only one malformation pattern with variable phenotypic expression.