Table of Contents
Advances in the Biosciences
Opening Address
Introduction
I: Estrogen Receptors
Chapter 1: The Regulation of Uterine Concentration of Estrogen Binding Protein
Chapter 2: Studies on Estradiol-binding in Mammalian Tissues
Chapter 3: Estradiol Receptors in the Uterus
Chapter 4: Estrogen Receptor Studies at the University of Chicago
Chapter 5: Studies on Isolation and Characterization of Estrogen Binding Proteins of Calf Uterus
Chapter 6: Studies on the Uterine Cytoplasmic “Estradiol-Receptor
Chapter 7: Origin and Properties of Target Organ Estradiol Binders
II: Androgen Receptors
Chapter 8: Androgen Receptors: Androgen Receptors: 17ß – Hydroxy – 5a – Androstan –3–one and the Translocation of a Cytoplasmic Protein to Cell Nuclei in Prostate
Chapter 9: The Specific Binding of Steroid-Receptor Complexes to DNA: Evidence from Androgen Receptors in Rat Prostate
Chapter 10: Androgen Receptors in Rat Ventral Prostate
Chapter 11: Androgenic Receptors in Rat and Human Prostate
III: Progesterone Receptors
Chapter 12: A Specific Oviduct Target-Tissue Receptor For Progesterone: Identification, Characterization, Partial Purification, Inter-Compartmental Transfer Kinetics and Specific Interaction with the Genome
Chapter 13: Progesterone Binding in Rat and Guinea Pig Uterus
Chapter 14: Progesterone Binding Proteins in Rabbit Uterus and Human Endometrium
IV: Aldosterone Receptors
Chapter 15: Aldosterone Binding Proteins
Chapter 16: Towards the Isolation of Aldosterone Receptors from the Toad Bladder
V: Corticosteroid Receptors
Chapter 17: Glucocorticoid Receptors in Rat Thymus Cells
Chapter 18: Glucocorticoid Hormone Receptors
Chapter 19: Binding of 3H-Cortisol to Macromolecular Components of Rat Liver Cells and its Relation to the Mechanism of Action of Corticosteroids
VI: The Future of Steroid Hormone Receptors
Chapter 20: The Future of Steroid Hormone Receptor
Lecturers
Participants
Name Index