Titlebook: Gene Regulation by Steroid Hormones; Arun K. Roy (Professor of Biological Sciences),Jam Conference proceedings 1980 Springer-Verlag New Yo

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Studies on the Mechanism of Glucocorticoid Hormone Actionact remains obscure. It is currently thought that most of the inhibitory and stimulatory actions of the glucocorticoid hormones are initiated by the binding of the steroid to specific glucocorticoid receptors (for review see Baxter and Rousseau 1979). Following an event termed “activation” (Higgins

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Receptors and Factors Regulating Androgen Action in the Rat Ventral Prostatelei (Anderson and Liao 1968; Bruchovsky and Wilson 1968). This nuclear retention, which is antagonized by antiandrogens (Fang and Liao 1969) and can be observed by cellular fractionation or by means of autoradiographic techniques (Sar et al. 1970), received immediate attention since, in this target

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The Mechanism of Androgen and Progestin Action on Mouse Kidneyvestigations, the following concept of the mechanism of androgen action has developed (Mainwaring 1977). Testosterone, the predominant plasma androgen, enters the target organ, where it is metabolized by 5α-reductase to 5α-dihydrotestosterone, which is, in turn, bound to a specific, soluble, cytopla

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Conference proceedings 1980in the field but will also be very useful to students and researchers with a gen­ eral interest in regulatory biology. The book is an offshoot of the Conference on Molecular Mechanism of Steroid Hormone Action held at the Meadow Brook Mansion of Oakland University in the fall of 1978. We wish to ack

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The Structure and Regulation of the Natural Chicken Ovomucoid Geneof these proteins, ovalbumin, has been studied extensively. Ovalbumin mRNA has been purified (Rosen et al. 1975), and a full-length dsDNA copy synthesized (Monahan et al. 1976b) and cloned in a bacterial plasmid (McReynolds et al. 1977). More recently, ovalbumin genomic DNA sequences have been isola

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The Effect of Estrogen on Gene Expression in Avian Liver whole group of genes that are hormonally responsive, so that we would be able to study not only the effect of hormone on a specific gene but also the mechanisms that coordinate the expression of the hormone-responsive domain of the tissue. In addition, we wanted our hypothetical tissue to have a ge