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    Active notch signaling in the mouse decidua and developing placenta
    Fertility and Sterility (2015)
    Chantae S. Sullivan-PykeHeather LevinJing-xiu DengJan KitajewskiCarrie J. ShawberNataki C. Douglas
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    Keywords:
    Placentation
    Decidua
    Decidualization
    Trophoblast
    Notch proteins
    Topics:
    Pregnancy and preeclampsia studies
    Reproductive System and Pregnancy
    Maternal and fetal healthcare
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    Seminars in Perinatology (2000)
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    Gynécologie Obstétrique & Fertilité (2001)
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    Heather LevinChantae S. Sullivan-PykeVirginia E. PapaioannouRonald J. WapnerJan Kitajewski
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    Scientific Reports (2018)
    Marion BöingBeate Brand‐SaberiMarkus Napirei
    Abstract The murine basic helix-loop-helix transcription (bHLH) factor mouse atonal homolog 6 (Math6) is expressed in numerous organs and supposed to be involved in several developmental processes. However, so far neither all aspects nor the molecular mechanisms of Math6 function have been explored exhaustively. To analyze the in vivo function of Math6 in detail, we generated a constitutive knockout (KO) mouse ( Math6 −/− ) and performed an initial histological and molecular biological investigation of its main phenotype. Pregnant Math6 −/− females suffer from a disturbed early placental development leading to the death of the majority of embryos independent of the embryonic Math6 genotype. A few placentas and fetuses survive the severe uterine hemorrhagic events at late mid-gestation (E13.5) and subsequently develop regularly. However, these fetuses could not be born due to obstructions within the gravid uterus, which hinder the birth process. Characterization of the endogenous spatiotemporal Math6 expression during placenta development reveals that Math6 is essential for an ordered decidualization and an important regulator of the maternal-fetal endocrine crosstalk regulating endometrial trophoblast invasion and differentiation. The strongly disturbed vascularization observed in the maternal placenta appears as an additional consequence of the altered endocrine status and as the main cause for the general hemorrhagic crisis.
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    Canine Endotheliochorial Placenta: Morpho-Functional Aspects
    Advances in anatomy, embryology and cell biology (2021)
    Mariusz P. KowalewskiAli KazemianKarl KlischTina GysinMiguel Tavares Pereira
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