Hypoxyprobe™ reveals dynamic spatial and temporal changes in hypoxia in a mouse model of endometrial breakdown and repair.

BMC Research Notes
Fiona L CousinsPhilippa T K Saunders

Abstract

Menstruation is the culmination of a cascade of events, triggered by the withdrawal of progesterone at the end of the menstrual cycle. Initiation of tissue destruction and endometrial shedding causes spiral arteriole constriction in the functional layer of the endometrium. Upregulation of genes involved in angiogenesis and immune cell recruitment, two processes that are essential to successful repair and remodelling of the endometrium, both thought to be induced by reduced oxygen has been reported. Evidence for stabilisation/increased expression of the transcriptional regulator hypoxia inducible factor in the human endometrium at menses has been published. The current literature debates whether hypoxia plays an essential role during menstrual repair, therefore this study aims to delineate a role for hypoxia using a sensitive detection method (the Hypoxyprobe™) in combination with an established mouse model of endometrial breakdown and repair. Using our mouse model of menses, during which documented breakdown and synchronous repair occurs in a 24 h timeframe, in combination with the Hypoxyprobe™ detection system, oxygen tensions within the uterus were measured. Immunostaining revealed striking spatial and temporal fluctuations i...Continue Reading

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Citations

Nov 9, 2016·Scientific Reports·Fiona L CousinsDouglas A Gibson
Jan 25, 2018·Nature Communications·Jacqueline A MaybinHilary O D Critchley
Feb 8, 2020·Physiological Reviews·Hilary O D CritchleyAlistair R W Williams
Jun 21, 2021·Journal of Cancer Research and Clinical Oncology·Ruiqi ZhengAihua Gong
Sep 7, 2021·Development·Lois A SalamonsenCaroline E Gargett

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Methods Mentioned

BETA
electron paramagnetic resonance
xenograft

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