Brain Banking: Handbook of Clinical Neurology, cartea 150
Ingeborg Huitinga, Maree J. Websteren Limba Engleză Hardback – 26 mar 2018
- Offers comprehensive coverage of the functional realities of brain banking, with a focus on brain donor recruitment strategies, brain bank networks, ethical issues, and more
- Serves as a valuable resource for staff in existing brain banks by highlighting best practices
- Enhances the sharing of expertise between existing banks and highlights a range of techniques applicable to banked tissue for neuroscience researchers
- Authored by leaders from brain banks around the globe – the broadest, most expert coverage available
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Specificații
ISBN-13: 9780444636393
ISBN-10: 0444636390
Pagini: 448
Dimensiuni: 184 x 260 mm
Editura: ELSEVIER SCIENCE
Seria Handbook of Clinical Neurology
ISBN-10: 0444636390
Pagini: 448
Dimensiuni: 184 x 260 mm
Editura: ELSEVIER SCIENCE
Seria Handbook of Clinical Neurology
Public țintă
Researchers and advanced students in the fields of neurology and clinical neuroscienceCuprins
Section I. Brain Donor Recruitment Strategies1. The Netherlands Brain Bank for Psychiatry2. Brain donation procedures in the sudden death brain bank in Edinburgh
Section II. Brain Bank Networks3. Autism BrainNet 4. The NIH NeuroBioBank: Creating opportunities for human brain research
Section III. Ethical Aspects of Brain Banking and Management of Brain Banks5. Design of a European code of conduct for brain banking6. A review of brain biorepository management and operations7. A new viewpoint: running a non-profit brain bank as a business
Section IV. Brain Dissection, Tissue Processing and Tissue Dissemination8. The New York Brain Bank of Columbia University: Practical highlights of 35 years of experience9. Neurochemical markers as potential indicators of post-mortem tissue quality
Section V. Neuropathological Diagnosis10. Minimal neuropathological diagnosis for brain banking in the normal middle aged and aged brain and in neurodegenerative disorders 11. Brain donation at autopsy: Clinical characterization and toxicological analyses
Section VI. Brain Donor Data: Clinical, Genetic, Radiologic and Research Data Storage and Mining12. Information technology for brain banking 13. Collecting, storing and mining research data in a brain bank 14. What can we learn about brain donors? Use of clinical information in human postmortem brain research15. The art of matching brain tissue from patients and controls for postmortem research
Section VII. Human Brain Tissue Analyses: Old and New Techniques16. Considerations for optimal use of postmortem human brains for molecular psychiatry: Lessons from schizophrenia17. Epigenetic analysis of human brain tissue 18. Laser microdissection and gene expression profiling in the human postmortem brain19. Purification of cells from fresh human brain tissue: Primary human glial cells20. Proteomics and lipidomics in the human brain 21. 3-D imaging in the post-mortem human brain with CLARITY and CUBIC 22. Neuronal life after death: Electrophysiological recordings from neurons in adult human brain tissue obtained through surgical resection or post-mortem23. Post-mortem magnetic resonance imaging24. Cyto- and receptorarchitectonic mapping of the human brain25. Mapping pathological circuitry in schizophrenia
Section II. Brain Bank Networks3. Autism BrainNet 4. The NIH NeuroBioBank: Creating opportunities for human brain research
Section III. Ethical Aspects of Brain Banking and Management of Brain Banks5. Design of a European code of conduct for brain banking6. A review of brain biorepository management and operations7. A new viewpoint: running a non-profit brain bank as a business
Section IV. Brain Dissection, Tissue Processing and Tissue Dissemination8. The New York Brain Bank of Columbia University: Practical highlights of 35 years of experience9. Neurochemical markers as potential indicators of post-mortem tissue quality
Section V. Neuropathological Diagnosis10. Minimal neuropathological diagnosis for brain banking in the normal middle aged and aged brain and in neurodegenerative disorders 11. Brain donation at autopsy: Clinical characterization and toxicological analyses
Section VI. Brain Donor Data: Clinical, Genetic, Radiologic and Research Data Storage and Mining12. Information technology for brain banking 13. Collecting, storing and mining research data in a brain bank 14. What can we learn about brain donors? Use of clinical information in human postmortem brain research15. The art of matching brain tissue from patients and controls for postmortem research
Section VII. Human Brain Tissue Analyses: Old and New Techniques16. Considerations for optimal use of postmortem human brains for molecular psychiatry: Lessons from schizophrenia17. Epigenetic analysis of human brain tissue 18. Laser microdissection and gene expression profiling in the human postmortem brain19. Purification of cells from fresh human brain tissue: Primary human glial cells20. Proteomics and lipidomics in the human brain 21. 3-D imaging in the post-mortem human brain with CLARITY and CUBIC 22. Neuronal life after death: Electrophysiological recordings from neurons in adult human brain tissue obtained through surgical resection or post-mortem23. Post-mortem magnetic resonance imaging24. Cyto- and receptorarchitectonic mapping of the human brain25. Mapping pathological circuitry in schizophrenia