Maternal Fetal And Neonatal Endocrinology

Maternal-Fetal and Neonatal Endocrinology: Physiology, Pathophysiology, and Clinical Management systematically examines the normal and abnormal endocrinology of the pregnant and lactating female and of the fetus and neonate. This reference volume expands coverage of specific disorders and diseases beyond the current endocrinology content on the market, which in most cases has a paragraph or no mention at all about pregnancy or aspects of fetal/neonatal development. Formalized source of maternal/fetal endocrine physiology and pathophysiology Key reference for fellows and residents for rarer endocrine pathologies Integrated presentation of new molecular and genetic causes of endocrine disorders Bridges the experience/knowledge gap of endocrinopathies rarely encountered in pregnancy

Here's the 2nd Edition of a book that is well-known for its clarity and unsurpassed content. It offers a concise overview of maternal-fetal and neonatal endocrinology, including the molecular aspects of placental function, hypertension in pregnancy, endocrinology of implantation, and more!

This 2006 handbook of neonatal endocrinology provides a wealth of practical information on the diagnosis and management of suspected endocrine pathology. Interpretation of endocrine function in the newborn period can be difficult, because of the transition following hormonal influences of the mother and placenta. The situation is even more complex in infants born prematurely. The unique format presented here is clinically orientated from presentation, diagnosis and management, including immediate, medium and long-term. It clearly explains and describes how and when samples should be taken, order of priority, sample volumes required, length of time one can expect before results are available and normal values. This book gives guidance as to what to tell parents, providing addresses of support groups. This is very much a practical 'hands-on, how-to' approach with flow-charts. It also provides a formulary and investigation methodology section and a brief description of physiology.

A comprehensive, cutting-edge review of the complex interactions between maternal and fetal-placental tissues that control the establishment and maintenance of pregnancy, the proper development of the fetus, the birth process, and the behavioral aspects of bonding between mother and newborn. Expert researchers review the endocrine and physiological events that culminate in the delivery of offspring, and provide a solid base of comparative information on the menstrual cycle of primates, including humans. They also discuss the sources and functions of both steroid and protein hormones from the placenta and the details of their effects on uterine function, placental development, fetal growth and well-being, and maternal responses to pregnancy. This book will become the standard reference source not only for reproductive scientists, but also for those clinicians who want better to understand the complex factors that affect pregnancy-and their pregnant patients.

Over the last quarter century or so, specialization within obstetrics and gynecology, and pediatrics has resulted in the development of the disciplines of maternal-fetal medicine and neonatology, respectively. A primary focus of maternal-fetal medicine has been to understand the mechanism(s) of premature delivery and develop treatment modalities for improving the length of gestation. A primary focus of neonatology has been to under stand the causes of respiratory distress in the neonate. Success has resulted, not only in the lengthening of gestation, but an improved understanding of the causes and treatment of neonatal respiratory disease. With increasing success has come the necessity to under stand the metabolic principles of the parturient, the fetal/placenta unit, and the neonate. These principles are clearly very important from multiple aspects. Increased understand ing of metabolism of the pregnant woman would explain the aberrations occurring in normal and abnormal pregnancy and improve nutritional support for the parturient. A prime example of altered metabolism is the parturient with diabetes. Understanding metabolism ofthe fetal/placenta unit is necessary to increase the probability that the fetus will be born appropriate for size irrespective of the gestational age. The various compo nents of neonatal metabolism are important, not only for understanding the changes in physiology and biochemistry occurring in the developing neonate, but the principles by which nutritional support should be provided.

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