2011•Human ReproductionOpen access

A novel mutation of HOXA10 in a Chinese woman with a Müllerian duct anomaly

Zhi Cheng, Ying Zhu, Dongmei Su, Jing Wang, Longfei Cheng, Beili Chen, Zhaolian Wei, Ping Zhou, Binbin Wang, Xu Ma, Yunxia Cao

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Abstract

BACKGROUND: Müllerian duct anomalies consist of a set of congenital structural malformations that occur when the Müllerian ducts do not develop properly during embryonic life. Their molecular genetic basis is poorly understood. METHODS: In this study, we conducted mutation analysis of the HOXA10 gene in a cohort of 109 Chinese women with Müllerian duct anomalies. RESULTS: We identified a novel mutation (Y57C) in one patient with a didelphic uterus. The mutation affected the transcriptional regulation capacity of HOXA10. CONCLUSIONS: Our study showed that mutation of HOXA10 gene may contribute to the development of Müllerian duct anomalies and confirmed that HOXA10 is an important transcription factor in reproductive tract development.

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BACKGROUND: Müllerian duct anomalies consist of a set of congenital structural malformations that occur when the Müllerian ducts do not develop properly during embryonic life. Their molecular genetic basis is poorly understood. METHODS: In this study, we conducted mutation analysis of the HOXA10 gene in a cohort of 109 Chinese women with Müllerian duct anomalies. RESULTS: We identified a novel mutation (Y57C) in one patient with a didelphic uterus. The mutation affected the transcriptional regulation capacity of HOXA10. CONCLUSIONS: Our study showed that mutation of HOXA10 gene may contribute to the development of Müllerian duct anomalies and confirmed that HOXA10 is an important transcription factor in reproductive tract development.

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Available abstract

BACKGROUND: Müllerian duct anomalies consist of a set of congenital structural malformations that occur when the Müllerian ducts do not develop properly during embryonic life. Their molecular genetic basis is poorly understood. METHODS: In this study, we conducted mutation analysis of the HOXA10 gene in a cohort of 109 Chinese women with Müllerian duct anomalies. RESULTS: We identified a novel mutation (Y57C) in one patient with a didelphic uterus. The mutation affected the transcriptional regulation capacity of HOXA10. CONCLUSIONS: Our study showed that mutation of HOXA10 gene may contribute to the development of Müllerian duct anomalies and confirmed that HOXA10 is an important transcription factor in reproductive tract development.

Key concepts: Müllerian mimicry, Mullerian Ducts, Duct (anatomy), Hum, Biology, Medicine, Anatomy, Gynecology

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