Titlebook: Endocrinology of Pregnancy; Fuller W. Bazer Book 1998 Springer Science+Business Media New York 1998 Uterus.birth.endocrinology.fetus.growt

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一個姐姐

Rethinking the Place Branding Construct,nged, and a completely new area of reproductive biology has begun. The purpose of this chapter is to review these advances, and present novel concepts in the physiologic and pathologic regulation of the reproductive tract.

cardiopulmonary

https://doi.org/10.1057/9781137522733l stroma following trophoblast penetration of uterine epithelium (invasive hemochorial and endotheliochorial implantation), but in others, stromal invasion does not occur, and the intimate association between uterine epithelium and conceptus tissues is retained (noninvasive epitheliochorial implanta

Pillory

Daniel Graziotin,Fabian Fagerholmariectomy during the later stages of pregnancy in contrast to the pig and goat, which cannot, and in equine, the corpora lutea undergo a normal process of luteolysis during midgestation and become totally reliant on placental contributions of progesterone. The increased capacity to synthesize proges

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https://doi.org/10.1007/978-3-030-93754-6velopment ., whereas in hypophysectomized rats lobulo-alveolar growth is stimulated with exogenous PRL .. The difficulty in defining the requisite roles for GH and PRL during pregnancy at least in part results from the fact that during pregnancy placental-derived members of the GH/PRL gene family ar

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Modeling to Evaluate Conventional Proceduresin these animals requires that the conceptus initiate the uterine decidual response and the full process of decidualization relies on contact with the embryo during the invasive processes of implantation and placentation. Among rodents, primates or humans, steroid priming and the more specific actio

integral

Stromal-Epithelial Cell Communication in the Female Reproductive Tract,l 17-β (E2), and progesterone (P). Owing to the critical role of E2 and P in the normal functioning of the female reproductive tract, as well as the role of these hormones in the etiology and progression of various diseases of the reproductive organs, it is important to understand the cellular and molecular mechanisms by which these hormones act.

coalition

Hay-Fever

Neuroscience and Moral Reasoningormone secretion. Each of the major endocrine systems will be examined. Although the discussion will concentrate on evidence obtained during human fetal development, supplemental information from studies of fetal development in sheep and rodents, the two most widely used experimental models for fetal endocrine function, will be examined.