Hypoxia: involved but not essential for endometrial breakdown in mouse menstural-like model

Xihua Chen, Bin Wu, Shufang Wang, Jianbing Liu, Haijun Gao, Fang Zhou, Nan Nan, Bonan Zhang, Jiedong Wang, Xiangbo Xu, Bin He
In: Reproduction · 2020 · vol. 159(2) , pp. 133–144 · doi:10.1530/rep-18-0562 · PMID:31917674 · W2999699424
article OA: bronze CC0 ⤵ 4 in-corpus citations
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Progesterone withdrawal in a mouse model induced hypoxia and HIF1 activation, with hypoxia enhancing MMP expression, but endometrial breakdown occurred independently of hypoxia.

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Abstract

Menstruation is a specific physiological phenomenon that occurs in women. However, molecular mechanisms underlying this phenomenon are still unclear. According to the classical theory, tissue hypoxia resulting from vasoconstriction of the spiral arteries after progesterone (P4) withdrawal initiates the breakdown of the endometrium at the earliest stage of menstruation. However, this theory has been challenged by previous studies that have questioned the function and even the existence of hypoxia during menstruation. In this study, we not only provide convincing evidence that hypoxia exists during endometrial breakdown, but also further explore the role of hypoxia and hypoxia-inducible factor 1 (HIF1) in this process. Based on mouse menstrual-like model and experiments with human decidual stromal cells, we observed that P4 withdrawal induced both hypoxia and HIF1 activation; however, endometrial breakdown was triggered only by P4 withdrawal. Hypoxia significantly enhanced the mRNA expression of specific matrix metalloproteinases (MMPs) under the conditions of P4 withdrawal. In conclusion, hypoxia is involved but not an essential component of endometrial breakdown during menstruation.

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