The OMICs:Applications in Neuroscience summarizes the state of the art in OMICs applications in neurology and neuroscience, attracting neurologists who are interested in the progress of this field towards clinical applications, and neuroscientists who may be not familiar with the most recent advances in this ever-changing field.
The OMICs:Applications in Neuroscience summarizes the state of the art in OMICs applications in neurology and neuroscience, attracting neurologists who are interested in the progress of this field towards clinical applications, and neuroscientists who may be not familiar with the most recent advances in this ever-changing field.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Giovanni Coppola, MD Assistant Professor Laboratory of Neurogenetics Department of Neurology, David Geffen School of Medicine
Inhaltsangabe
* Section 1. DNA * Chapter 1: Medical DNA Sequencing in Neuroscience * Chapter 2: Epigenomics: an Overview * Chapter 3: The Role Of Epigenomics In Genetically Identical Individuals * Section 2. RNA * Chapter 5: Decoding alternative mRNAs in the OMIC-age * Chapter 6: Transcriptomics: from Differential Expression to Coexpression * Chapter 7: High-Throughput-RNA Interference As A Tool For Discovery in Neuroscience * Chapter 8: The Genetics Of Gene Expression: Multiple Layers and Multiple Players * Section 3. PROTEIN * Chapter 9: Proteomics * Chapter 10: Focused plasma proteomics for the study of brain aging and neurodegeneration * Section 4. CELLS AND CONNECTIONS * Chapter 11: Cellomics: Characterization of Neuronal Subtypes by High-Throughput Transgenic Mouse Models * Chapter 12: Neuroscience and Metabolomics * Chapter 13: Brain Connectomics in Man and Mouse * Chapter 14: Optogenetics * Chapter 15: Characterising the Gut Microbiome: Role in Brain-Gut Function * Section 5. THERAPEUTICS * Chapter 16: OMICS in Drug Discovery: From Small Molecule Leads to Clinical Candidates * Chapter 17: Pharmacogenomics * Section 6. OMICsOME: integration of OMICs data * Chapter 18: Multidimensional Databases Of Animal Models * Chapter 19: Network Biology and Molecular Medicine in the Post Genomic Era: The Systems Pathobiology of Network Medicine
* Section 1. DNA * Chapter 1: Medical DNA Sequencing in Neuroscience * Chapter 2: Epigenomics: an Overview * Chapter 3: The Role Of Epigenomics In Genetically Identical Individuals * Section 2. RNA * Chapter 5: Decoding alternative mRNAs in the OMIC-age * Chapter 6: Transcriptomics: from Differential Expression to Coexpression * Chapter 7: High-Throughput-RNA Interference As A Tool For Discovery in Neuroscience * Chapter 8: The Genetics Of Gene Expression: Multiple Layers and Multiple Players * Section 3. PROTEIN * Chapter 9: Proteomics * Chapter 10: Focused plasma proteomics for the study of brain aging and neurodegeneration * Section 4. CELLS AND CONNECTIONS * Chapter 11: Cellomics: Characterization of Neuronal Subtypes by High-Throughput Transgenic Mouse Models * Chapter 12: Neuroscience and Metabolomics * Chapter 13: Brain Connectomics in Man and Mouse * Chapter 14: Optogenetics * Chapter 15: Characterising the Gut Microbiome: Role in Brain-Gut Function * Section 5. THERAPEUTICS * Chapter 16: OMICS in Drug Discovery: From Small Molecule Leads to Clinical Candidates * Chapter 17: Pharmacogenomics * Section 6. OMICsOME: integration of OMICs data * Chapter 18: Multidimensional Databases Of Animal Models * Chapter 19: Network Biology and Molecular Medicine in the Post Genomic Era: The Systems Pathobiology of Network Medicine
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