Advances in Resting-State Functional MRI: Methods, Interpretation, and Applications gives readers with basic neuroimaging experience an up-to-date and in-depth understanding of the methods, opportunities, and challenges in rs-fMRI. The book covers current knowledge gaps in rs-fMRI, including "what are biologically plausible brain networks," "how to tell what part is noise," "how to perform quality assurance on the data," "what are the spatial and temporal limits of our ability to resolve FC," and "how to best identify network features related to individual differences or disease state".
This book is an ideal reference for neuroscientists, computational neuroscientists, psychologists, biomedical engineers, physicists and medical physicists. Both new and more advanced researchers alike will be able to discover new information distilled from the past decade of research to become well-versed in rs-fMRI-related topics.
1. 1 Introduction to resting-state fMRI - p. 1 2. 2 Resting state fMRI connectivity mapping across species: Challenges and opportunities - p. 21 3. 3 Brain networks atlases - p. 59 4. 4 Interoceptive influences on resting-state fMRI - p. 87 5. 5 Head motion and physiological effects - p. 107 6. 6 Physiological brain pulsations - p. 131 7. 7 Systemic low-frequency oscillations in resting-state fMRI - p. 155 8. 8 The role of vigilance in resting-state functional MRI - p. 175 9. 9 Multimodal methods to help interpret resting-state fMRI - p. 207 10. 10 Quality assurance: Best practices - p. 237 11. 11 Advances in resting-state fMRI acquisition: Highly accelerated fMRI - p. 255 12. 12 Time-varying functional connectivity - p. 277 13. 13 Individual differences - p. 297 14. 14 Resting-state fMRI and cerebrovascular reactivity - p. 319 15. 15 Clinical applications of resting-state fMRI - p. 335 16. Index - p. 357
Advances in Resting-State Functional MRI: Methods, Interpretation, and Applications gives readers with basic neuroimaging experience an up-to-date and in-depth understanding of the methods, opportunities, and challenges in rs-fMRI. The book covers current knowledge gaps in rs-fMRI, including "what are biologically plausible brain networks," "how to tell what part is noise," "how to perform quality assurance on the data," "what are the spatial and temporal limits of our ability to resolve FC," and "how to best identify network features related to individual differences or disease state".
This book is an ideal reference for neuroscientists, computational neuroscientists, psychologists, biomedical engineers, physicists and medical physicists. Both new and more advanced researchers alike will be able to discover new information distilled from the past decade of research to become well-versed in rs-fMRI-related topics.
1. 1 Introduction to resting-state fMRI - p. 1 2. 2 Resting state fMRI connectivity mapping across species: Challenges and opportunities - p. 21 3. 3 Brain networks atlases - p. 59 4. 4 Interoceptive influences on resting-state fMRI - p. 87 5. 5 Head motion and physiological effects - p. 107 6. 6 Physiological brain pulsations - p. 131 7. 7 Systemic low-frequency oscillations in resting-state fMRI - p. 155 8. 8 The role of vigilance in resting-state functional MRI - p. 175 9. 9 Multimodal methods to help interpret resting-state fMRI - p. 207 10. 10 Quality assurance: Best practices - p. 237 11. 11 Advances in resting-state fMRI acquisition: Highly accelerated fMRI - p. 255 12. 12 Time-varying functional connectivity - p. 277 13. 13 Individual differences - p. 297 14. 14 Resting-state fMRI and cerebrovascular reactivity - p. 319 15. 15 Clinical applications of resting-state fMRI - p. 335 16. Index - p. 357
