Kamil Uludag & Kamil Ugurbil 
fMRI: From Nuclear Spins to Brain Functions 

1 From BOLD CONTRAST to IMAGING HUMAN BRAIN FUNCTION.-2 The Birth of Functional MRI at the Medical College of Wisconsin.-3 The road to f MRI using endogenous MR blood contrast.-4 Neurovascular Coupling.-5 Locally Measured Neuronal Correlates of functional MRI Signals.-6 Anatomical basis for functional specialization.-7 Pulse sequences for f MRI.-8 f MRI mechanisms.-9 Quantitative f MRI.-10 Quality Assurance in Functional MRI .-11 Analysis of Functional MRI Data.-12 Functional MRI of the visual system.-13 Functional MRI of the auditory cortex.-14 f MRI of the Sensorimotor System.-15 Functional MRI: Approaches to Cognitive Neuroscience Applications.-16 Novel developments in cognitive f MRI .-17 Midbrain f MRI: Applications, limitations and challenges.-18 Clinical Applications of f MRI.-19 Animal Model Studies.-20 Information decoding from f MRI images.-21 Imaging Genetics with f MRI.-22 Combining f MRI with Other Modalities: Multimodal Neuroimaging.-23 High Resolution f MRI.-24 Field strength dependence of contrast and noise in f MRI.-25 Study of Brain Bioenergetics and Function using In Vivo MRS

-26 Contrast Agents for Molecular-Level f MRI

-27 The Future of Functional MRI.