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Maternal-fetal interaction via membrane-associated sex steroid hormone receptors

Mammals have a survival strategy that allows their offspring to develop adequately within the mother's body. This mammalian viviparity has an evolutionary advantage, providing a stable supply of nutrients and gas exchange from the mother to the foetus. Previous studies of mammalian embryonic development have focused on the autonomous mechanisms of the foetus. In recent years, however, the field of embryonic development has expanded to focus on the crosstalk between the fetus and the mother. In addition, the relevance of maternal environmental factors to fetal development has been highlighted. In this symposium we would like to discuss the new basic principles of mammalian embryonic development from the point of view of maternal-fetal crosstalk and their application to medical care.

[JST-CREST] Molecular cell biology of maternal-fetal interphase

The 76th Annual Meeting of the Japan Society for Cell Biology

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[3B12]Maternal-fetal interaction via membrane-associated sex steroid hormone receptors

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