Der derzeit einzige lieferbare Titel zum Thema Proteomik, der diese mit den Neurowissenschaften verknüpft. Er gibt einen Überblick über aktuellen Forschungsstand und theoretische Grundlagen und präsentiert Anwendungsprotokolle relevanter proteomischer Schlüsseltechnologien.
Der derzeit einzige lieferbare Titel zum Thema Proteomik, der diese mit den Neurowissenschaften verknüpft. Er gibt einen Überblick über aktuellen Forschungsstand und theoretische Grundlagen und präsentiert Anwendungsprotokolle relevanter proteomischer Schlüsseltechnologien.
Professor Pfeiffer has been professor in the University of Connecticut since 1969, and has carried out research in many different countries including France, Germany and Japan. He has served as the president of the International Society for Developmental Neurobiology, and as a member of the council of the International Society for Neurochemistry. He is a member of numerous scientific societies, and is on the editorial boards of many journals including the Journal of Neuroscience Research. He is author of over 100 scientific publications.
Dr Nothwang carried out his PhD in the Jacque Monod Institute in Paris, France, before carrying out postdoctoral work in Tokushima, Japan, and Freiburg, Germany. Since 2001 he has been working as a research associate in the University of Kaiserslautern, Germany, where his work focuses on proteomic analyses of the nervous system.
Inhaltsangabe
From the contents: THEORETICAL FOUNDATIONS Biological reality in the brain Protein complexes The human brain proteome project APPLICATION TO BASIC NEUROSCIENCE Comparative protein analysis between mouse strains Proteomics in evolutionary studies Proteome analysis of plasma membranes Proteome analysis of synaptic vesicles Protein analysis of a potassium channel Analysis of posttranslational modifications Paranodal structure and function - ion channel localization BIOMEDICAL RESEARCH Probing the huntingtin interaction network Proteomic analysis of the myelin membrane - application to demyelinating disease New insights into Alzheimer's disease Nerve injury Diseases biomarkers
From the contents: THEORETICAL FOUNDATIONS Biological reality in the brain Protein complexes The human brain proteome project APPLICATION TO BASIC NEUROSCIENCE Comparative protein analysis between mouse strains Proteomics in evolutionary studies Proteome analysis of plasma membranes Proteome analysis of synaptic vesicles Protein analysis of a potassium channel Analysis of posttranslational modifications Paranodal structure and function - ion channel localization BIOMEDICAL RESEARCH Probing the huntingtin interaction network Proteomic analysis of the myelin membrane - application to demyelinating disease New insights into Alzheimer's disease Nerve injury Diseases biomarkers
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