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Molecular Mechanisms and Function of the p53 Protein Family Member-p73

机译:P53蛋白家族成员-P73的分子机制和功能

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摘要

Over 20 years after identification of p53 and its crucial function in cancer progression, two members of the same protein family were identified, namely p63 and p73. Since then, a body of information has been accumulated on each of these genes and their interrelations. Biological role of p73 has been elucidated thanks to four distinct knockout mice models: (i) with deletion of the entire TP73 gene, (ii) with deletion of exons encoding the full length TAp73 isoforms, (iii) with deletions of exons encoding the shorter DNp73 isoform, and (iv) with deletion of exons encoding C-terminal of the alpha isoform. This work, as well as expression studies in cancer and overwhelming body of molecular studies, allowed establishing major role of TP73 both in cancer and in neuro-development, as well as ciliogenesis, and metabolism. Here, we recapitulate the major milestones of this endeavor.
机译:在鉴定p53和癌症进展中的关键功能后20多年,鉴定了相同蛋白质家族的两个成员,即P63和P73。 从那时起,已经积累了一系列信息和它们的相互关系。 由于四种不同的敲除小鼠模型,P73的生物学作用被阐明:(i)缺失整个TP73基因,(ii)缺失缺乏组织全长TAP73同种型的外显子,(III),缺失缺少较短的外显子 DNP73同种型,(IV),缺失α同种型的C末端的外显子。 这项工作,以及癌症中的表达研究和压倒性的分子研究,允许在癌症和神经发展中的TP73以及纤西生成和新陈代谢的主要作用。 在这里,我们概括了这一努力的主要里程碑。

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