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Pituitary Gland Development: An Update

机译:垂体腺体开发:更新

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摘要

The embryonic development of the pituitary gland involves a complex and highly spatio-temporally regulated network of integrating signalling molecules and transcription factors. Genetic mutations in any of these factors can lead to congenital hypopituitarism in association with a wide spectrum of craniofacial/midline defects ranging from incompatibility with life to holoprosencephaly (HPE) and cleft palate and septo-optic dysplasia (SOD). Increasing evidence supports a genotypic overlap with hypogonadotrophic hypogonadal disorders such as Kallmann syndrome, which is consistent with the known overlap in phenotypes between these disorders. This chapter reviews the cascade of events leading up to the successful development of the pituitary gland and to highlight key areas where genetic variations can occur thus leading to congenital hypopituitarism and associateddefects.
机译:垂体腺体的胚胎发育涉及复杂且高度时空的暂时调节网络,用于整合信号分子和转录因子。这些因素中的任何一种的遗传突变可以导致先天性低钠缺陷,与宽型颅面/中线缺陷相关联,从与生命与全华育种(HPE)和腭裂和裂隙腭和散发物发育不良(SOD)相关联。越来越多的证据支持基因型重叠与低因子萎缩性低因素疾病如Kallmann综合征,其与这些疾病之间的表型中的已知重叠一致。本章综述级联事件导致垂体腺体成功开发,并突出遗传变异可能发生的关键领域,从而导致先天性低钠术和相关的截契。

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