Neurobiologia

This book is aimed at any basic scientist or clinician scientist teaching a course or conducting research on the basic science underlying the major neurological diseases. It provides an excellent overview of cutting-edge research on the fundamental disorders of the nervous system, including physiological and molecular aspects of dysfunction. The major categories of neurological disease are covered, and the chapters provide specific information about particular diseases exemplifying each of these categories. Sufficient clinical information is included to put into perspective the basic mechanisms discussed. The book assembles a world-class team of section editors and chapters written by acknowledged experts in their respective fields. It provides cutting edge information about fundamental mechanisms underlying neurological diseases. It is amply supplied with tables, illustrations and references. It includes supporting clinical information putting the mechanisms of disease into perspective.

The efficient delivery of cellular constituents to their proper location is of fundamental importance for all cells and is of particular interest to neuroscientists, because of the unique functions and complex architecture of neurons. Protein Trafficking in Neurons examines mechanisms of protein trafficking and the role of trafficking in neuronal functioning from development to plasticity to disease. The book is divided into seven sections that review mechanisms of protein transport, the role of protein trafficking in synapse formation, exo- and endocytosis, transport of receptors, trafficking of ion channels and transporters, comparison of trafficking mechanisms in neuronal vs. non-neuronal cell types, and the relationship between trafficking and neuronal diseases such as Alzheimer's, Huntington's and Prion Diseases. Provides a comprehensive examination of membrane/protein movement in neuronal function. Sections on synapse development, synaptic transmission, and the role of trafficking in neurological disease Includes a focus on Molecular Mechanisms Illustrated with color summary pictures The only book examining protein trafficking and its functional implications, written by leaders in the field

This text introduces underlying principles of the endocrine regulation of behavior in animals and humans. Every chapter begins by stating a principle, followed by specific examples of hormone actions derived from scientific experiments and clinical observations, and concludes with a few challenging unanswered questions. The reference source "Hormones, Brain & Behavior" identified this field as rapidly expanding within neurobiology and endocrinology. Now, this well-illustrated and referenced text will serve students from undergraduate school to medical school as they learn this new discipline. It offers uniform presentation of material across all chapter, with each chapter addressing a key principle, illustrated by basic experimental and clinical examples. It includes user-friendly features such as boxed figures with extended captions and references, numerous clinical notes, and a comprehensive list of abbreviations. The illustrations highlight both the clinical and basic science information.

Various peptides native to the brain and the spinal cord, as well as various synthetic peptides, peptide analogues and peptidomimetics could be useful in the treatment of diseases of the central nervous system. This book provides an overview of the role and neuropharmaceutical potential of these peptides, and discusses the state of the art and future trends in the use of peptide pharmacotherapy involving the brain.

This new edition covers recent advances in understanding immunological and inflammatory responses in the nervous system, research driven by the potential to use knowledge of the molecules and mechanisms involved to intervene in, and arrest, neurodegenerative disease processes. Immune and Inflammatory Responses in the Nervous System covers developmental aspects of immune/inflammatory responses in the CNS, basic aspects of glial function, as well as inflammatory mediators, their mechanisms of action, clinical importance and sites of infection. There is also coverage of the major diseases of the CNS, including stroke, brain injury, multiple sclerosis and Alzheimer's disease. Throughout, the focus is on the underlying basic neuroscience, clinical relevance and the potential for therapeutic interventions. This will be an invaluable aid to understanding and improving the diagnosis of neuroimmune diseases and determining therapeutic measures. The contributors are all leading experts in the field and the content will be of interest to neuroscientists, neurologists, neuropathologists, neurosurgeons and immunologists.

Pharmacological and molecular cloning studies have shown that the superfamily of G-protein coupled receptors (GPCRs) forms one of the largest and most diverse protein families in nature. They are involved in the modulation of almost all our bodily functions and are pivotal in the regulation and control of central nervous system function. As such, pharmacological manipulation of GPCRs has been demonstrated to be valuable in the treatment of diseases of the central nervous system, ranging from Alzhmeimer's disease to schizophrenia and continues to be a key area of investigation in the search for tomorrow's medicines. The aim of this book is to bring together, for the first time in one volume, all aspects of GPCR structure and function, with an emphasis on receptors expressed in the central nervous system. The book comprises two major parts: part one provides a detailed overview of GPCR superfamily structure and function, including reviews of the mechanisms of ligand activation and inactivation, signalling through G-proteins and downstream signal transduction pathways and effector systems. Part two focuses on individual members of each of the three subfamilies of the GPCR superfamily, providing specific information about their localization, pharmacology, physiology and disease relevance. GPCRs in the CNS is essential reading for neuroscientists, pharmacologists, biochemists, molecular biologists, physiologists and all those involved in the process of drug discovery.

It is now almost a decade since the identification of the Huntington's Disease gene and its mutation, during which time, major advances in our understanding of this disorder have been achieved. Since publication of the first two editions of this book, there have been considerable insights into how the mutation leads to the molecular pathology, neuropathology and clinical symptoms of Huntington's Disease, and experimental tools are now in place to take this research further towards new therapeutic approaches. As a result of these major advances, this well-established series of books has required radical updating. An international group of researchers and clinicians with specialist interests in HD has been commissioned to document the recent advances in our understanding of this disease. Developments in the fields of structural biology, cell biology, neurochemistry and neuropathology, with full coverage of transgenic animal models, are discussed in detail. The clinical sections cover genetic, neurological and psychiatric aspects as well as new developments in therapy. This book will continue to provide an invaluable source of information for clinicians and scientists involved with Huntington's Disease, including geneticists, psychiatrists and neurologists, and basic science research workers in genetics and neurobiology.

This volume of "International Review of Neurobiology" defines primary biochemical causation of diabetic complications, identifies cellular glucose transducers, balancing roles of protein kinase C and MAP kinases, and sets in context the role of apoptosis and the interactive roles of neurons and Schwann cells. It also defines the cell biology of autonomic neuropathy, considers the balanced needs of science, clinical practice, and economics in clinical trial design, provides the definitive evaluation of aldose reductase inhibitors, and explains the failure of nerve growth factor. One of the most successful series in the field of neuroscience continues its standard of excellence with this newest edition. Published since 1959, "International Review of Neurobiology" is a well-known series appealing to neuroscientists, clinicians, psychologists, physiologists, and pharmacologists.

This volume of the "International Review of Neurobiology" was written to assist researchers without any previous experience with in situ hybridization, allowing them to follow the protocols and expect good results. It contains all the information required for newcomers to achieve successful in situ hybridization results, and methods for improving the technique of those already utilizing it. Published since 1959, "International Review of Neurobiology" is a well-known series appealing to neuroscientists, clinicians, psychologists, physiologists, and pharmacologists. Led by an internationally renowned editorial board, this important serial publishes both eclectic volumes made up of timely reviews and thematic volumes that focus on recent progress in a specific area of neurobiology research. Published since 1959, "International Review of Neurobiology" is a well-known series appealing to neuroscientists, clinicians, psychologists, physiologists, and pharmacologists. Led by an internationally renowned editorial board, this important serial publishes both eclectic volumes made up of timely reviews and thematic volumes that focus on recent progress in a specific area of neurobiology research.

The thalamus is a group of cells placed centrally in the brain that serve a critical role in controlling how both sensory and motor signals are passed from one part of the cerebral cortex to another. Essentially, all information reaching the cerebral cortex and thus consciousness is relayed through the thalamus. The role of the thalamus in controlling the flow of information (such as visual, auditory, and motor) to the cortex has only recently begun to be understood. This book provides an in-depth look at the function of the thalamus and its role as relayer of information to the cerebral cortex. The authors explore how the thalamus controls messages that are passed to the cortex and they introduce the novel suggestion that the thalamus serves a critical role in controlling how messages pass from one part of the cortex to another. "Exploring the Thalamus" is a comprehensive, up-to-date reference for researchers. It discusses problems concerning the function and structure of the thalamus and concludes each chapter with thought-provoking questions regarding future research. Among its key features it: focuses on thalamocortical interrelationships; discusses important problems concerning the function and structure of the thalamus; and concludes each chapter with thought-provoking questions requiring future research.

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