Breuiller-Fouche Michelle, Germain Guy
Institut National de la Santé et de la Recherche Médicale, Unité 767, Paris, F-75014, France.
Reproduction. 2006 May;131(5):837-50. doi: 10.1530/rep.1.00725.
Microarray technologies widen our comprehension of the major structural and metabolic transformations which affect the myometrium from the very beginning of pregnancy until parturition. The results are coherent with the mass of information which was accumulated previously, primarily on the basis of studies of selected critical factors. They highlight the activation of precise signaling pathways, some of which may have been previously under evaluated. The remodelling and maturation processes that the myometrium undergoes in pregnancy appear clearly as phenomena which last during the full course of gestation. Comparatively, the onset of labor is perhaps the phenomenon which remains the least well described by these methods of analysis. Nevertheless, genomic studies constitute a necessary first step of orientation and help establishing new links between the generic signaling pathways that are activated during the normal or pathological gestation. These studies also represent an indicative step that will have to be paralleled, in the future, with the results of the systematic proteomic analysis of the myometrium.
微阵列技术拓宽了我们对从妊娠开始到分娩期间影响子宫肌层的主要结构和代谢变化的理解。这些结果与先前积累的大量信息相一致,这些信息主要基于对选定关键因素的研究。它们突出了精确信号通路的激活,其中一些信号通路可能以前未得到充分评估。子宫肌层在妊娠期间经历的重塑和成熟过程显然是在整个妊娠期持续存在的现象。相比之下,分娩的开始可能是这些分析方法描述得最少的现象。然而,基因组研究是必要的第一步,有助于在正常或病理妊娠期间激活的一般信号通路之间建立新的联系。这些研究也是一个指示性步骤,未来必须与子宫肌层的系统蛋白质组学分析结果相平行。