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This volume, the sixth of the series, represents the natural counterpart of the previous volume, Ultra structure of the Digestive Tract. Unlike the latter, however, whose contents fell entirely within the domains of gastroenterology, Ultrastructure of the Extraparietal Glands of the Digestive Tract encom passes a few cognate sciences, such as hepatology, pancreatology, and even oral biology, which are usually dealt with separately. This allows, starting from cell biology, embryology, and comparative anatomy, a comprehensive survey of organs that have much in common both structurally and functionally. The chapters of this book have been compiled by well-known experts in the field with the aim not only of reviewing and pointing out the state of the art of the subject covered, but also of giving directions for future work. Furthermore, through the integration of electron microscopy with immunocytochemistry, autoradiography, freeze fracture, maceration, enzymatic digestion, etc., and by providing superb illus trative material, the authors substantiate the pivotal role played by modern morphology in under standing human physiology and pathology. In fact, it must be stressed, that a consistent part of the tissues studied here are from human origin. We believe that this volume should be read, not only by scientists and teachers active in the field, but also by a larger audience of students and professionals interested in knowing the scientific foundations of biomedicine.
Male urogenital glands (also named male accessory sex glands) have received relatively little attention from electron microscopists, with the possible exception of the prostate gland. Moreover, even though comparative studies have clearly shown that these glands exhibit species-dependent features, very few studies, scattered over various publications, are available on the urogenital glands of man. This volume, the 11th of the series on Electron Microscopy in Biology and Medicine, presents an unprecedented collection of information on the functional microanatomy and cytoarchitecture of these organs in humans. Through the integration of transmission and scanning electron microscopy with a variety of modern techniques, it documents the most important aspects of the histophysiology of these glands from their development to some pathological alterations. In order to cover some key mechanisms of their cell biology, such as the action of sex hormones, the epithelio-mesenchymal interactions, and the dynamic of the secretory process, reports on human organs have been supplemented by some studies on experimental animals. The outstanding level of the contributions and the quality of the illustrations make this book, which has been compiled by some of the world authorities on the topic, a work of reference for students, scientists, and professionals interested in biomedical foundations of andrology, as well as a stimulus for future research in this exciting and relatively neglected chapter of human reproduction.
The calcified tissues have fundamental functions in the biology of organisms, not only because their strength, solidity, and elasticity permit movement and mechanical activities, and protect soft tissues against traumatic forces, but also on account of their role in mineral homeostasis. For this reason, extensive investigation in the last 30 years has provided much to explain the complex chemical and physical processes occurring in cells and matrices composing the skeleton, and their alterations in pathological conditions. The use of ultrastructural methods such as immunocytochemistry, scanning and transmission electron microscopy, cytoautoradiography, freeze/fracture etching, high voltage, etc. has proven to be of great value when applied to cells and matrix components of bone and cartilage, in spite of the technical difficulties due to the hardness of these tissues. However, available information on this subject is disseminated in a variety of scientific and medical articles. This volume is an attempt to collect together the most significant data on the ultrastructure of cartilage and bone in normalcy and pathology. Obviously, it cannot be a complete report of all these data, its principal aim being that of: a) giving a comprehensive statement of the results concerning the basic structures common to these tissues, especially collagen fibrils, noncollagenous proteins, and proteoglycans, and their relationships with the mineral substance (for which another volume of this series can also be consulted; see Ruggeri A. , Motta P. M. (eds.
The author, R.V. Krstic, is well-known internationally for his excellent histological drawings. This atlas is an excellent supplement to conventional histology textbooks, for students, teachers and professionals alike.
First multi-year cumulation covers six years: 1965-70.
Several methods have been used to demonstrate the vasculature of different organs in man and other species. Many attempts to evaluate the precise microangioarchitecture of organ systems remained unproductive, others were controversial. The development of electron microscope in thirties opend new perspectives in researching microvascular systems. Transmission electron microscopy provided a two-dimensional view on microcirculatory system at higher magnifications, however, its standardization was delayed unnecessarily. The use of methyl methacrylate and related compounds for obtaining replicas of vascular beds, and their study in scanning electron microscope opened a new window in micromorphological research. For the first time, a three-dimensional image analysis of the vascular system was possible. The microvascular corrosion casting method has meanwhile attracted the interest of many contemporary scientists. Its application to medical and biological problems justify it to be used as a routine method for microvascular investigations. The first investigators who used this method, focused either on methodological details or they dealt with the normal microanatomy of organs. The advantages of this method in demonstrating pathological microvascular patterns are also evident.
Gain a solid foundation in the structure and function of oral tissues with the definitive text in oral histology! Ten Cate's Oral Histology, 10th Edition covers the latest research and thinking on general embryology, the development of the head (especially the structures in and around the mouth), oral anatomy, the structure of the tooth, salivary glands, the temporomandibular joint, and more. Clear explanations and full-color photos, micrographs, drawings, and charts help you better understand even the most complex topics. Edited by noted educator Dr. Antonio Nanci and written with the collaboration of some notable experts, this renowned text also provides excellent preparation for the histology content in the INDBE exam. - NEW! An eBook version is included with print purchase. The eBook allows you to access all of the text, figures and references, with the ability to search, customize your content, make notes and highlights, and have content read aloud. - NEW! Updated review questions for the INDBE exam are added to the eBook included with print purchase, along with interactive drag-and-drop labelling exercises, providing extra practice for the exam. - A robust art program includes full-color photomicrographs and 3D art, as well as detailed histological and structural images to help differentiate the microanatomy of tissues. - Molecular concepts are integrated to help you understand genes and mechanisms implicated in embryogenesis, development, cell function, and matrix events. - Application of histology content to the clinical setting is emphasized throughout the book. - User-friendly approach emphasizes learning and understanding concepts rather than memorization of detail, and also allows you to use individual chapters or sections independently. - Feature boxes provide a broader context, present new concepts, and discuss topics of clinical relevance.