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Ultrastructure Atlas Of Human Tissues

Author: Fred Hossler
Publisher: John Wiley & Sons
ISBN: 1118282442
Size: 74.30 MB
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Ultrastructure Atlas of Human Tissues presents a varietyof scanning and transmission electron microscope images of themajor systems of the human body. Photography with the electronmicroscope records views of the intricate substructures andmicrodesigns of objects and tissues, and reveals details withinthem inaccessible to the naked eye or light microscope. Many ofthese views have significance in understanding normal structure andfunction, as well as disease processes. This book offers a uniqueand comprehensive look at the structure and function of tissues atthe subcellular and molecular level, an important perspective inunderstanding and combating diseases. • Presents the major systems of the human body throughscanning and transmission electron microscope images • Has images prepared almost exclusively from humantissues • Includes electron micrographs of common pathologies suchas fibrotic and emphysemic lung, kidney stones, sickle cell anemia,and skin parasites • Contains sets of 3D images in most chapters

Functional Ultrastructure

Author: Margit Pavelka
Publisher: Springer
ISBN: 3709118301
Size: 38.79 MB
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This atlas provides a detailed insight into the complex structure and organization of cells and tissues, and highlights their specific functions as well as the dynamics of diverse intracellular processes. Highly informative electron micrographs are complemented by explanatory texts, selected references and schemes. The concept that subcellular organelles provide the structural foundation for fundamental processes of living organisms is emphasized. The first part covers the cellular organelles and changes caused by experiments or occurring under pathological conditions. The second part employs selected examples to illustrate the principles of functional tissue organization and typical changes resulting from experimental induction or pathological situations. The third edition of the atlas, revised and extended by 23 plates, thus provides an invaluable resource for scientists and students of medicine and biological sciences, particularly of histology, cell and molecular biology. Moreover, it will serve as a handy reference guide for diagnostic and research electron microscopy laboratories in clinical, industrial, and academic settings.

Funktionelle Ultrastruktur

Author: Margit Pavelka
Publisher: Springer-Verlag
ISBN: 3211308261
Size: 48.57 MB
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Mit dem Blick auf die Feinstrukturen werden die Innenräume der Zellen und ihre Architekturen in der höheren Organisation der Gewebe lebendig. Die Autoren geben mit diesem Atlas der funktionellen Ultrastruktur Einblick in die komplexe zelluläre Innenwelt mit ihren vielgestaltigen Funktionsräumen, sowie in dynamische Funktionsabläufe, die für die Erfüllung der zellulären Aufgaben im Gewebe notwendig sind. Das besondere Anliegen besteht darin, dem Leser bewusst zu machen, dass es sich hier um diejenigen Strukturen handelt, in denen sich grundlegende zelluläre Lebensvorgänge und krankmachende Mechanismen abspielen. An Hand elektronenmikroskopischer Bilder, ergänzt durch Immunelektronenmikroskopie und ausführlicher Beschreibung werden in den Zellen die Beziehungen zwischen Strukturen und Funktionen aufgerollt, Details herausgearbeitet und die Organisation in den Zellverbänden der Gewebe präsentiert. Das Buch wendet sich an Medizin- und Naturwissenschaftsstudenten, Ärzte, Biologen, Zell- und Molekularbiologen.

Human Cell And Tissue Fine Structure For Teaching And Research In Stem Cells

Publisher: Professor Arunachalam Henry Sathananthan
ISBN: 0643057013
Size: 36.14 MB
Format: PDF, ePub
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This EBook covers the fine structure of human cells and tissues as seen with the transmission and scanning electron microscope (TEM & SEM). To the author’s knowledge there is no book of this kind expressly devoted to human cells and tissues. The book is concise and is primarily intended to help in the teaching of microanatomy to first-year medical and health-science students, paramedical students and first-year science and other university students. It can also be used to teach university entrance students in secondary schools and technical staff in anatomical pathology in hospitals and specifically those involved in stem cell research. There are innumerable texts in light microscopy (LM) of basic histology that are now available for comparison to all and on line, particularly on Google, Wikipedia, PubMed and other search engines. Microanatomy is essentially a visual subject and the author firmly believes that a picture is worth a thousand words. The cell is the fundamental unit of structure in the human body. Cells and their products form the tissues and the various organs and organ systems of the human body. Understanding their structure is not only basic to microanatomy it is also of importance in the study of physiology and pathology and of course, gross anatomy. Now with dawn of stem cell research, it can be used as guide to understand adult and embryonic stem cell microstructure in conjunction with LM and immuno -fluorescent microscopy (FM). As an innovation to the original atlas we have added, exquisite colour images (SEM) by Prof. Pietro Motta, a world leader in electron microscopy, author and publisher of many atlases aided by his co-workers in La Sapienza, University of Roma, Italy, to appreciate the third dimension in microstructure. Some images of the testis are credited to Professors. David de Kretser & Jeff. Kerr, my colleagues at Monash University. Prof. de Kretser, of course, is one of my role models since he is an electron microscopist, clinician and expert on the testis and male infertility. He was founder Director of the Institute of Reproduction & Development, where I was honorary associate professor. He is also a born Sri Lankan and was Governor of Victoria. To help interpretation of the electron micrographs, the structure of each type of cell and/or tissue is illustrated diagramatically, and an attempt has been made to relate this to function. Where possible, such interpretative diagrams are printed adjacent to the electron micrographs of that particular type of cell/ tissue. Some of these diagrams were coloured by computer. In addition, brief descriptions of the anatomy of the cells/tissues and legends that describe the electron micrograph are included. Each section will briefly introduce the reader to the type of cell, tissue or organ that is being illustrated. Since there are many advanced atlases and textbooks on the fine structure of cells and tissues, the present publication is intended to be a simple reference for the student and researcher. One of the greatest difficulties readers have in the interpretation of cell structure using LM is that they do not see the outlines of cells and for the most part they do not see the internal structure of the cell very clearly. This is because the cell membrane and most of the internal structures are beyond the high resolution of the LM. Electron microscopy, on the other hand, magnifies cell organelles and enhances their resolution, making the interpretation of cell structure more precise and objective. However, there are limitations in the study of ultrastructure since only a very small section of the cell is viewed. Electron microscopy, as we all know, is laborious and very time consuming and has been used widely in biomedical research since 1935. We were the first to study embryonic stem cells by TEM, a logical progression of our extensive research on human gametes, fertilization and embryos in IVF & ART. The reader is advised to study images of cells and tissues in semi- thin epoxy sections (LM). This EBook (atlas) will be a valuable supplement to the numerous textbooks of histology, especially those with colour LMs of wax and epoxy sections. It covers the ultrastructure of the human cell, the basic tissues of the human body and some of the more important organs of the human body. It is specifically targeted to researchers involved in current stem cell research (both adult and embryonic). Finally, this publication is not intended to be a complete atlas of human cells and tissues since there are several excellent publications for the advanced study of electron microscopy, a few listed in the references.

The Ultrastructure Of Human Tumours

Author: Brian Eyden
Publisher: Springer Science & Business Media
ISBN: 3642391680
Size: 46.33 MB
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The Ultrastructure of Human Tumours: Applications in Diagnosis and Research describes the core features as seen by transmission electron microscopy, defining the different types of cellular differentiation in tumours; this is relevant for tumour nomenclature and diagnosis, which, in turn, are important for tumour pathologists in their collaboration with oncologists for the treatment of cancer patients. The book is divided into 8 chapters. Following an introduction on technique and procedure, there are chapters on epithelial tumours, melanocytic lesions, soft-tissue and related tumours, lymphoma and leukaemia, CNS neoplasms and neuroendocrine and neuronal tumours. Each chapter includes an introductory text that puts the ultrastructural features in the context of classical pathology. The book includes many new findings and interpretations from well-known tumours, as well as ultrastructural information on several newly described tumour entities not dealt with in existing tumour ultrastructure monographs. The book will especially be of value to tumour pathologists who need to solve problem cases with the aid of electron microscopy, but also to cancer research and tissue engineering scientists working to develop anti-cancer and stem-cell-based therapies. However, even those without access to electron microscopy may also benefit from this book, since many of the images provide an ‘explanation’ of the appearances of cells, tissues and tumours familiar to pathologists and scientists from light microscopy. In this respect, it is hoped that this book will stimulate the wider use of electron microscopy in pathology. The book is comprehensively referenced, 680 pages long and lavishly illustrated with 757 figures. Dr. Brian Eyden is Consultant Clinical Scientist and Dr. S. Sankar Banerjee Consultant Histopathologist in the Department of Histopathology, Christie NHS Foundation Trust, Manchester, UK; Dr. Yongxin Ru is Director of the Department of Electron Microscopy, Institute of Hematology and Blood Diseases Hospital, Tianjin, China; Paweł Liberski is Professor in the Department of Molecular Pathology and Neuropathology, Medical University Łódź, Poland.

Tissue Engineering Made Easy

Author: Farhana Akter
Publisher: Academic Press
ISBN: 0128092289
Size: 56.72 MB
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Tissue Engineering Made Easy provides concise, easy to understand, up-to-date information about the most important topics in tissue engineering. These include background and basic principles, clinical applications for a variety of organs (skin, nerves, eye, heart, lungs and bones), and the future of the field. The descriptions and explanations of each topic are such that those who have not had any exposure to the principles and practice of tissue engineering will be able to understand them, and the volume will serve as a source for self-teaching to get readers to a point where they can effectively engage with active researchers. Offers readers a truly introductory way to understand the concepts, challenges and the new trends in reconstructive medicine Features accessible language for students beginning their research careers, private practice physician collaborators, and residents just beginning their research rotation Addresses the specifics for a variety of organs/systems – nerves, skin, bone, cardiovascular, respiratory, ophthalmic Provides examples from clinical and everyday situations

Diagnostic Ultrastructural Pathology

Author: Ann M. Dvorak
Publisher: CRC Press
ISBN: 9780849344909
Size: 42.75 MB
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Diagnostic Ultrastructural Pathology, Volumes II and III, presents individual problem-based cases in a well-illustrated format, using numerous electron micrographs to convey appropriate and necessary visual information for the diagnosis of human disease. The format facilitates the teaching of the case approach for diagnostic ultrastructural pathology using clinical-ultrastructural-pathologic correlation. These guides illustrate key reasoning processes that physicians use to resolve individual clinical problems through the use of electron microscopy. The material is useful to a wide variety of physicians and students of medicine, structure, and disease at various levels of training, as well as in the training of and operational use by technical support staff. The two volumes include a total of 50 cases and a procedural guide for the ultrastructural pathology laboratory. The cases were selected using four principal criteria: (1) classic cases, which are diagnosed readily by light microscopy to facilitate the electron microscopic diagnosis of less classic cases; (2) diagnostic cases, for which ultrastructural analysis is essential for diagnosis; (3) supportive cases, where either the light or the electron microscopic diagnosis is supportive, and thus confirmatory, of the other; and (4) new facts cases, which establish new knowledge regarding the pathogenesis of disease using electron microscopy as the investigative modality. The 50 cases are grouped anatomically in four major categories. Volume II contains the sections on the respiratory and nervous systems, and Volume III presents the cases dealing with the endocrine and hematopoietic systems. Each section is preceded by introductory remarks. Each case cites relevant, classic, anatomic pathology papers and related research papers. These volumes also include multiple functional indices, providing ready access to the material from several starting points. There are separate indices for presenting symptoms, differential diagnostic groups, ultrastructural pathology criteria, and final diagnostic categories. As a valuable resource and guide, Diagnostic Ultrastructural Pathology, Volumes II and III, is an excellent, high-quality addition to the field of diagnostic pathology.

Ultrastructure Of Human Gametogenesis And Early Embryogenesis

Author: Jonathan van Blerkom
Publisher: Springer Science & Business Media
ISBN: 1461317495
Size: 28.29 MB
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In the last few years, the adoption and worldwide proliferation of clinical procedures for medically assisted conception have been associated with the examination and analysis of spermatozoa, oocytes and early embryos under a variety of in vivo and in vitro conditions. These analyses have enabled correlations to be made between the behavior of gametes, the pattern of early embryonic development and the initiation of a normal pregnancy. Collectively, the findings have not only enormously increased our understanding of the process of early human development, but also have provided new insights into the origin and causes of reproductive failure in man. The research presented in this volume describes recent results derived from the study of normal and abnormal patterns of human spermatogenesis, oogenesis and early embryogenesis. The chapters discuss aberrations in morphodynamic and morphophysiological processes that have clinical relevance in human infertility and conception. Two of the chapters describe, respectively, the basic research that allows the cryopreservation of human oocytes and embryos, and the development of in vitro systems that permit the study of cell differentiation and interaction during the peri-implantation period. When relevant, each chapter extrapolates findings from in vitro experimentation to the comparable situation that is observed in vivo.

Atlas Of Functional Anatomy For Regional Anesthesia And Pain Medicine

Author: Miguel Angel Reina
Publisher: Springer
ISBN: 3319095226
Size: 71.73 MB
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This is the first atlas to depict in high-resolution images the fine structure of the spinal canal, the nervous plexuses, and the peripheral nerves in relation to clinical practice. The Atlas of Functional Anatomy for Regional Anesthesia and Pain Medicine contains more than 1500 images of unsurpassed quality, most of which have never been published, including scanning electron microscopy images of neuronal ultrastructures, macroscopic sectional anatomy, and three-dimensional images reconstructed from patient imaging studies. Each chapter begins with a short introduction on the covered subject but then allows the images to embody the rest of the work; detailed text accompanies figures to guide readers through anatomy, providing evidence-based, clinically relevant information. Beyond clinically relevant anatomy, the book features regional anesthesia equipment (needles, catheters, surgical gloves) and overview of some cutting edge research instruments (e.g. scanning electron microscopy and transmission electron microscopy). Of interest to regional anesthesiologists, interventional pain physicians, and surgeons, this compendium is meant to complement texts that do not have this type of graphic material in the subjects of regional anesthesia, interventional pain management, and surgical techniques of the spine or peripheral nerves.