Molecular Neuroscience

Molecular Neuroscience is written to give students insight into how neuroscience has been revolutionized at the molecular level during the past decade. It serves as a broad introduction to many of the ingenious approaches molecular biologists have used to fathon neural function, and outlines key findings in relation to aspects of neuroscience currently at the cutting edge. The book provides sufficient familiarity with molecular biology techniques such as applied to neuroscience discover that the exciting (and voluminous) literature in this area becomes accessible. Molecular Neuroscience is written for 2nd and 3rd year life science undergraduats, medical student, researchers, and technicians requiring a concise introduction to the field. Molecular Neuroscience Takes An Interesting And Original Approach To Explaining The Present And Future Impact Of Molecular Biology On The Study Of Neuroscience. It Provides The Reader With A Level Of Understanding Which Will Allow Them To Delve Deeper Into The Ever Expanding Neuroscience Literature. A Good Balance Is Achieved Between A Didactic Style And Well-selected Examples Of Experimental Approaches. This Book Is Written For 2nd And 3rd Year Life Science Undergraduates And Msc Students On A Range Of Courses. Medical Students And Researchers Requiring A Concise Introduction To Neuroscience, Particularly The Latest Molecular Approaches, Will Also Find It Essential. 1. Introduction -- 2. Receptor Cloning -- 3. Molecular Anatomy Of The Nervous System -- 4. Voltage-gated Ion Channels -- 5. Ionotropic Receptors -- 6. Metabotropic Receptors And Signal Transduction Mechanisms -- 7. Neurotransmitter Release -- 8. Mechanisms Of Plasticity -- 9. Molecular Mechanisms In Neurodegenerative Disease -- App. 1. Genetic Code -- App. 2. Single-letter Code And Three-letter Abbreviations For Amino Acids -- App. 3. Some Second Messenger-activated Enzymes. P. Revest, A. Longstaff. Includes Bibliographical References And Index. This book provides insights into general experimental strategies and quite detailed accounts of experiments in molecular neuroscience. It is useful to final year undergraduates and post-graduates interested in the impact that the new science of molecular biology is having on neuroscience. This textbook provides an introduction to neuroscience, focusing particularly on the rapidly developing molecular aspects. The techniques of molecular biology are introduced and described in the context of their role in elucidating brain function at the molecular level Clearly illustrated and concise guide for undergraduates; Use of didactic style to aid understanding; Well-selected examples from modern neuroscience to highlight key principles; Ideal introduction for all newcomers to the field; Molecular Neurosc A manual to providing nursing care during the functional decline of Alzheimer's patients, emphasizing how to evaluate the patients' competence at each stage and allow them to take as much care of themselves as possible.