New techniques in cellular and molecular biology have increased our understanding of the mechanisms controlling reproductive function in the female. Emphasizing these new techniques, Molecular Biology of the Female Reproductive System provides a state-of-the-art review of local regulatory mechanisms that control reproductive processes. Stressing the interface of endocrinology, immunology, and cell biology, this book concentrates on the autocrine, paracrine, and endocrine systems that regulate both the functions of the ovary and uterus and the interaction between the early embryo and the mother. Covers the mechanisms controlling reproductive function in the female Offers a cellular and molecular approach to the control of reproductive function Focuses on the ovary and uterus, and includes a discussion of the early embryo, including Hormonal control of folliculogenesis and luteal function Cell-cell interactions in the follicle Role of cytokines in regulating steroid and protein hormone production Endocrine receptors and mechanisms in ovulation Cell biology of the oviduct and uterus Migratory cells Paracrine regulation Hormones of the trophectoderm and early placenta Interaction between trophectoderm and endometrium Provides extensive references

Written by experts in their respective fields, this book reviews the expanding knowledge concerning the mechanisms regulating male reproduction at the molecular and cellular levels. It covers the development of the testes and regulatory controls for spermatogenesis and steroidogenesis, and it considers aspects of Sertoli cell function. Areas of emphasis include communication between the various cell types involved in reproduction by hormone and growth factors and the mechanisms by which these factors regulate gene expression. A number of mammalian systems, including humans, are covered. The carefully selected authors provide a clear synopsis of the concepts in each area as well as the latest references, enabling the reader to investigate the topic further. This book is of interest to those seeking an understanding of the regulatory mechanisms in male reproduction and is written for the graduate and postgraduate levels. Provides up-to-date reviews of the molecular and cellular biology of male reproduction Includes chapters on the developmental biology of the testes Links conventional hormonal control of testicular function with the evolving role of growth factors and proto-oncogenes

When considering the physiological systems of the body, the degree of species variation within the reproductive system compared to other systems is remarkable. Furthermore, it is essential that researchers, educators, and students alike remain aware of the fundamental comparative differences in the reproductive biology of domestic species. Written by renowned scientists in their respective fields, Comparative Reproductive Biology is a comprehensive reference on the reproductive systems of domestic species. The book offers both broad and specific knowledge in areas that have advanced the field in recent years, including advances in cell and molecular biology applied to reproduction, transgenic animal production, gender selection, artificial insemination, embryo transfer, cryobiology, animal cloning and many others. This seminal text includes topics in animal reproduction that are usually only found as part of other books in animal science such as anatomy, histology, physiology, radiology, ultrasonogrophy, and others. Comprehensive reference of the reproductive systems of domestic species Written by a team of top researchers Richly illustrated throughout, including 12 pages of color images

Due to the paucity of reviews on this subject, this volume aims to be timely and promote additional basic and translational research on these proteins in reproductive system development and function within the fields of Anatomy, Embryology and Cell Biology. The breadth of the work being conducted within Reproduction is exemplified by the contributors to this series who will provide reviews on: Grp78 roles in female reproduction, small heat shock proteins/co-chaperones as players in uterine smooth muscle function, the role of heat shock proteins in sperm function and maternal contribution to oogenesis and early embryogenesis, heat shock factors and testes development, HSP90 in ovarian biology and pathology, and the role of HSP70 in regulation of autophagy in pregnancy and parturition.

Focusing on the cutting edge of recent medical knowledge and advances, this new edition of Fauser's highly acclaimed advanced textbook fills a unique role. Reproductive Medicine: Molecular, Cellular, and Genetic Fundamentals explains and clarifies for non-specialist physicians the complex biochemistry and biology underlying the current practice of assisted reproduction - understanding which is now essential for all those hoping to practice successfully in this field. The first edition, Molecular Biology in Reproductive Medicine represented a ground-breaking initiative in presenting complicated science in a comprehensible and practical way and received accolades from many authoritative reviewers for its remarkable achievement. The new edition takes this initiative to a new level, completely re-writing the original edition, incorporating and interpreting the latest research findings of this extraordinarily fast-moving field, while keeping those features that made the first edition a bestseller. With a uniquely distinguished team of international contributors, Reproductive Medicine: Molecular, Cellular, and Genetic Fundamentals represents the current state of knowledge essential for the most effective application of assisted reproduction techniques.