Titlebook: Cellular Signals Controlling Uterine Function; Lynn A. Lavia Book 1991 Springer Science+Business Media New York 1991 Embryo.growth.morphol

intrude

Ornithology, Evolution, and PhilosophyThe presentations of this Symposium would be incomplete without a summary and perspective as given by an experienced reproductive scientist. These perspectives were given in this Symposium by Don C. Johnson, Professor of Obstetrics and Gynecology, University of Kansas Medical Center, Kansas City. His extemporaneous comments follow.

phase-2-enzyme

Epilogue,The presentations of this Symposium would be incomplete without a summary and perspective as given by an experienced reproductive scientist. These perspectives were given in this Symposium by Don C. Johnson, Professor of Obstetrics and Gynecology, University of Kansas Medical Center, Kansas City. His extemporaneous comments follow.

BLANK

Prologue, this marvelous incubator of the world. This Symposium was organized to bring together scientists with acumen in various areas of cell biology who have chosen to study the uterus as their model. The idea was to exchange information on cellular signaling which affect three major areas of uterine biol

excrete

circuit

形状

Qualitative and Quantitative Morphology of Induction in Endometrial Epithelium, organ cells which effect changes in a neighboring cell’s hypertrophy, proliferation and differentiation. To study these responses in detail, the mechanisms of action need to be examined on a local, cellular level. Therefore, we have undertaken in recent years to use computerized image analysis to q

hegemony

Interactions of Estrogens, Protooncogenes and Growth Factors,ment of immature rats with estradiol also increases uterine levels of several nuclear protooncogenes including c-. and c-.. Considerable evidence suggests that this regulation occurs via interaction of occupied tissue estrogen receptors with an estrogen responsive element located in the 5’ upstream

Generator

Expression of Metallothionein Genes in Preimplantation Embryos, Decidua and Placentae,lucocorticoids, and cytokines. Although little is known about expression of MT genes during early mammalian development, substantial variations in expression of these genes in the fetal and neonatal period occur which has lead to the concept that MT may play important roles during development, such

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Ossification

Uterine Extracellular Matrix Remodeling in Pregnancy,on of a nodular deciduoma in rodents or a decidual membrane in humans. Decidualization leads to striking changes in the size and shape of stromal uterine cells, accompanied by changes in their function and synthetic profile. The decidual cells synthesize and deposit in the extracellular spaces lamin