Basic Medical Endocrinology
Basic Medical Endocrinology, Third Edition provides up-to-date coverage of rapidly unfolding advances in the understanding of hormones involved in regulating most aspects of bodily functions. The discussion focuses on molecular and cellular aspects of hormone production and action firmly rooted in the context of integrative physiology. Topics are approached from the perspective of a physiologist with four decades of teaching experience.
This book is richly illustrated with both descriptive schematic diagrams and laboratory findings obtained in clinical studies. Each of the thirteen in-depth chapters starts with an 'Overview' of the topic and ends with a 'Suggested Reading' list.
* Single authorship provides continuity and consistency between chapters
* Richly illustrated with over 200 illustrations
* IThirteen in-depth chapters incorporating the latest insights gleaned from rapidly expanding genetic studies of humans and rodents
* Author has taught subject for over 40 years
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Chapter 2 Pituitary Gland
Chapter 3 Thyroid Gland
Chapter 4 Adrenal Glands
Chapter 5 The Pancreatic Islets
Chapter 6 Principles of Hormonal Integration
Chapter 7 Regulation of Sodium And Water Balance
Chapter 8 Hormonal Regulation of Calcium Metabolism
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ACTH actions activity adrenal aldosterone alpha amino acids androgens angiotensin beta binding biological blood glucose bone calcium capillary catalyzes cellular Chapter cholesterol circulation concentrations corpus luteum cortisol cycle cyclic AMP cytosolic decrease degradation ducts effects Endocr endocrine enzyme epinephrine estradiol estrogen excretion expression extracellular fluid fatty acids fetal Figure follicle follicular function gene GH secretion GHRH glucagon glucocorticoids gluconeogenesis glucose glycogen GnRH gonadotropin granulosa cells growth hormone hypothalamus IGF-I increase inhibin inhibition inhibitory insulin insulin secretion kidney leptin liver mechanisms membrane metabolism molecules mRNA muscle negative feedback neurons norepinephrine normal nucleus osteoclasts ovarian ovary ovulation oxidation oxytocin peptide phosphate phosphorylation physiological pituitary gland plasma potassium pregnenolone produce progesterone prolactin promote protein kinase pyruvate reabsorption receptors regulation release response result role secretory sensitivity signal sodium somatostatin sperm steroid hormones stimulation substrate subunits synthesis target cells testosterone thyroid hormone tissues transcription tubules tyrosine vascular