Prenatal ultrasonographic screening for fetal facial anomalies using cross-sectional view of the fetal lateral ventricle with probe tilting at the11th-13th+6 gestational week
10.3877/cma.j.issn.1672-6448.2015.12.010
- VernacularTitle:经前囟侧脑室横切面尾侧偏斜法在11~13+6周胎儿颜面部筛查中的应用
- Author:
Lili, GU
;
Shengli, LI
;
Huaxuan, WEN
;
Shuyuan, OUYANG
- Publication Type:Journal Article
- Keywords:
Ultrasonography,prenatal;
Fetus;
Anomaly;
Cleft lip;
Cleft palate
- From:
Chinese Journal of Medical Ultrasound (Electronic Edition)
2015;(12):943-950
- CountryChina
- Language:Chinese
-
Abstract:
ObjectiveTo analyze the prenatal sonographic features of facial anomalies and evaluate the relationship between facial anomalies and increased nuchal translucency.MethodsPregnant women coming to Shenzhen Maternity and Child Healthcare Hospital afifliated to Nanfang Medical University between October 2008 and December 2012 for the 11th-13th+6 gestational week scanning were included in this study. Fetal facial region was evaluated by the technique of cross-sectional view of the fetal lateral ventricle with probe tilting. Comparative analysis was performed on autopsy and prenatal ultrasonograpgy. ResultsThe prenatal ultrasonic results of 10 518 fetus: 10 343 fetus (98.3%, 10 343/10 518) were conifrmed as facial normal with the technique of cross-sectional view of the fetal lateral ventricle with probe tilting at the ifrst trimester. Twenty-eight cases of facial malformation were conifrmed at the ifrst trimester (8 cases of cleft lip/plate, 14 cases of absence of nasal bone, 5 cases of holoprosencephaly facial feature and 1 cases of irregular facial cleft). Forty-nine cases of facial malformation were conifrmed by postnatal evaluation or autopsy (the incidence was 0.47%, 49/10 518 ). Twenty-one cases were misdiagnosed (11 cases of cleft lip/plate, 7 cases of ear deformity, 2 cases of micrognathia and 1 cases of irregular facial cleft). Ultrasonic soft marker: 34 cases were combined with abnormal soft marker (69.4%, 34/49), 22 cases of various kinds of facial malformation were combined with other structural deformity. Twenty-three cases were combined with increased nuchal translucency. Fourteen cases of absence of nasal bone were detected in the ifrst trimester, including twelve cases of increased nuchal translucency, six cases of structural deformity, two cases of chromosomal abnormalities (21-trisomy). Five cases of holoprosencephaly facial feature were detected in the first trimester, including three cases of increased nuchal translucency and structural deformity. Eight cases of cleft lip/plate were detected in the ifrst trimester, including ifve cases of increased nuchal translucency. One cases of irregular facial cleft were detected in the ifrst trimester, who was combined with structural deformity and increased nuchal translucency. Postpartum examination showed: there were 25 cases of simple facial anomaly, 22 cases were combined with structural deformity (9 cases of cardiac defect and 8 cases of holoprosencephaly), there were 2 cases of chromsomal abnormalities. The results showed that increased nuchal translucency had certain relationship with facial anomaly. The value of nuchal translucency of facial anomalies fetus was apparently higher than that of normal fetus and fetus with simply facial anomalies. There was no signiifcant difference between normal fetus and fetus with simply facial anomalies.ConclusionsFindings of holoprosencephaly and cardiac defects is a signiifcant clue for diagnosing facial anomalies. Fetuses with cleft palate/lip have an abnormal conifguration of the retronasal triangle. Cross-sectional view of the fetal lateral ventricle with probe tilting caudal slightly technique is an important method to screen fetal facial malformation in the ifrst trimester.
