Neural Degeneration and Repair
Gene Expression Profiling, Proteomics and Systems Biology
1. Auflage Februar 2008
XV, 234 Seiten, Hardcover
36 Abbildungen (18 Farbabbildungen)
14 Tabellen
Monographie
ISBN:
978-3-527-31707-3
Wiley-VCH, Weinheim
Kurzbeschreibung
With contributions from leading scientists around the world, including the USA, China and Japan, this is the first book focussing on the application of genomics, transcriptomics, proteomics, glycomics and systems biology in studying neural repair and degradation.
Weitere Versionen
Der Titel beschreibt Anwendungsmöglichkeiten der so genannten "...omics" mit dem Ziel, destruktive Vorgänge innerhalb des Nervensystems besser zu verstehen und damit neue diagnostische und therapeutische Wege für die Behandlung der schwerwiegenden neuralen Erkrankungen aufzuzeigen.
1. INTRODUCTION
Microarrays in Translational Neuroscience - from Laboratory to Clinical Applications
2. REACTIONS OF PERIPHERAL NERVE TO TRAUMATIC INJURY AND AXON REGENERATION
The Potential of Genomewide Expression Profiling in Models of Peripheral Nervous System Injury and Repair
Largescale Screening for Regeneration-Associated Neural Proteins and Genes
Patterns of Genetic Regulation and Target Remodelling in Response to Molecular Signals to Neurons
Microarray Analysis to Decipher Peripheral Nerve Myelination
Unravelling the Mechanism of Neuropathic Pain using cDNA Arrays
Comparison of Axotomy-induced Neuronal Gene Expression Profiles in Regenerating Peripheral Nerve and Non-regenerating CNS Fiber Tract
3. CENTRAL NERVOUS SYSTEM TRAUMA AND NEURODEGENERATION
Single Cell Gene Expression and cDNA Microarray Analysis to Study Molecular Events in TBI, Neurological Degeneration and Restoration
Gene Expression Changes Induced by Blocking or Ablation of Nogo A in Spinal Cord Injury and Brain
Microarray Hybridization to Search for Genes Involved in Inhibition and Promotion of Spinal Cord Regeneration
Proteomics Technology Applied to Traumatic Brain Injury: Implications for the Identification of Diagnostic Predictors and New Therapeutic Targets
Molecular Changes in Neurodegenerative Disorders and Oxidative Stress Responses in Brain Injury
Proteomics in Molecular Medicine: Applications to CNS Diseases
4. GLYCOMIC TECHNOLOGIES APPLIED TO NERVOUS SYSTEM FUNCTION
Glycomic Approaches to Analyze Neural Functions of Glacosaminoglycans and Proteoglycans
Glycoproteomics and Glycan Profiling: Implications for Nervous System Function and Repair
Microarrays in Translational Neuroscience - from Laboratory to Clinical Applications
2. REACTIONS OF PERIPHERAL NERVE TO TRAUMATIC INJURY AND AXON REGENERATION
The Potential of Genomewide Expression Profiling in Models of Peripheral Nervous System Injury and Repair
Largescale Screening for Regeneration-Associated Neural Proteins and Genes
Patterns of Genetic Regulation and Target Remodelling in Response to Molecular Signals to Neurons
Microarray Analysis to Decipher Peripheral Nerve Myelination
Unravelling the Mechanism of Neuropathic Pain using cDNA Arrays
Comparison of Axotomy-induced Neuronal Gene Expression Profiles in Regenerating Peripheral Nerve and Non-regenerating CNS Fiber Tract
3. CENTRAL NERVOUS SYSTEM TRAUMA AND NEURODEGENERATION
Single Cell Gene Expression and cDNA Microarray Analysis to Study Molecular Events in TBI, Neurological Degeneration and Restoration
Gene Expression Changes Induced by Blocking or Ablation of Nogo A in Spinal Cord Injury and Brain
Microarray Hybridization to Search for Genes Involved in Inhibition and Promotion of Spinal Cord Regeneration
Proteomics Technology Applied to Traumatic Brain Injury: Implications for the Identification of Diagnostic Predictors and New Therapeutic Targets
Molecular Changes in Neurodegenerative Disorders and Oxidative Stress Responses in Brain Injury
Proteomics in Molecular Medicine: Applications to CNS Diseases
4. GLYCOMIC TECHNOLOGIES APPLIED TO NERVOUS SYSTEM FUNCTION
Glycomic Approaches to Analyze Neural Functions of Glacosaminoglycans and Proteoglycans
Glycoproteomics and Glycan Profiling: Implications for Nervous System Function and Repair
Hans Werner Müller has been Professor of Molecular Neurobiology at Düsseldorf University since 1993. From 2001 onwards he has acted as the founder of the Neuraxo Biotec GmbH company, where he is also Chairman of the board of directors. He has published more than 150 scientific articles in the field of neurobiology and neuroscience and is an active member of many scientific societies including the American Society for Neurosciences, and the German Society for Neuroscience, where he is chairman of the molecular neurobiology section.
