Robillard Pierre-Yves, Dekker Gustaaf, Iacobelli Silvia, Chaouat Gérard
Neonatology, Centre Hospitalier Universitaire Réunion, Centre d'Etudes Périnatales Océan Indien, BP 350, 97448 Saint-Pierre Cedex, Réunion, France.
Head Women's and Children's Division, Lyell McEwin Hospital. University of Adelaide, Haydown Road, Elizabeth Vale 5112, South Australia, Australia.
J Reprod Immunol. 2016 Apr;114:44-7. doi: 10.1016/j.jri.2015.07.001. Epub 2015 Jul 11.
This workshop had four main objectives: (A) Trying to look at the preeclampsia (PE) problem "from the Space Shuttle": why preeclampsia has emerged in humans (a specific human reproductive feature among 4300 mammal species)? (B) Epidemiology: there are major geographical differences concerning early onset PE and late onset PE throughout the world. (C) Vascular: The very promising use of pravastatin in the treatment of the vascular maternal syndrome (based on the metabolism of carbon monoxide (CO), the role of inositol phosphate glycans P-type (IPG-P), a major role in comprehending the insulin resistance phenotype in preeclampsia. (D) Immunology: the specialty of these workshops since their start in 1998; our understanding of the role of the immune system and the regulation of the deep implantation of the human trophoblast (and the obligatory compromises between the fetal/placental unit and the mother) have reached a kind of "maturity," following the pivotal studies exploring the biology of repetitive sperm exposure in the female genital tract. The meeting of people who never meet each other in the course of their normal professional lives (obstetricians, evolutionists, geneticists, immunologists, fundamentalist vascular biologists, epidemiologists, anthropologists, neonatologists, etc.) permitted some fruitful reflections to be made again this year.
(A)尝试“从航天飞机的视角”审视先兆子痫(PE)问题:为什么先兆子痫会在人类中出现(这是4300种哺乳动物物种中的一种特定人类生殖特征)?(B)流行病学:全球早发型PE和晚发型PE存在重大地理差异。(C)血管方面:普伐他汀在治疗母体血管综合征方面有非常有前景的应用(基于一氧化碳(CO)的代谢、磷酸肌醇聚糖P型(IPG-P)的作用,这在理解先兆子痫中的胰岛素抵抗表型方面起主要作用)。(D)免疫学:自1998年这些研讨会开办以来的特色内容;在探索女性生殖道反复精子接触生物学的关键研究之后,我们对免疫系统的作用以及人类滋养层深度植入的调节(以及胎儿/胎盘单位与母体之间必要的妥协)的理解已达到一种“成熟”状态。来自不同领域的专业人士(产科医生、进化论者、遗传学家、免疫学家、基础血管生物学家、流行病学家、人类学家、新生儿科医生等)在本次会议上相聚,他们在正常职业生涯中从未谋面,这使得今年又产生了一些富有成果的思考。