Part I: Introduction

• Chapter 1 An Introduction to Functional Magnetic Resonance Imaging of the Brain
  - Paul M. Matthews

Part II: Physics and Physiology

• Chapter 2 Brain Energy Metabolism and the Physiological Basis of the Haemodynamic Response
  - Albert Gjedde
• Chapter 3 Principles of Nuclear Magnetic Resonance and MRI
  - Peter Jezzard and Stuart Clare
• Chapter 4 Ultra-Fast MRI
  - Richard A. Jones, Jason A. Brookes and Chrit T.W. Moonen
• Chapter 5 Hardware for Functional MRI
  - Gary H. Glover
• Chapter 6 Selection of the Optimal Pulse Sequence for Functional MRI
  - Peter A. Bandettini
• Chapter 7 Spatial and Temporal Resolution in fMRI
  - Ravi S. Menon and Bradley G. Goodyear
• Chapter 8 Quantitative Measurement using fMRI
  - Richard D. Hoge and G. Bruce Pike

Part III: Experimental Design

• Chapter 9 Effective Paradigm Design
  - David I. Donaldson and Randy L. Buckner
• Chapter 10 The Scanner as a Psychophysical Laboratory
  - Robert Savoy

Part IV: Analysis of Functional Imaging Data

• Chapter 11 Overview of fMRI Analysis
  - Steve M. Smith
• Chapter 12 Preparing fMRI Data for Statistical Analysis
  - Steve M. Smith
• Chapter 13 Head Motion and its Correction
  - Mick J. Brammer
• Chapter 14 Statistical Analysis of Activation Images
  - Keith J. Worsley
• Chapter 15 Registration, Brain Atlases and Cortical Flattening
  - Mark Jenkinson and Steve M. Smith
• Chapter 16 Extracting Brain Connectivity
  - Christian Büchel and Karl Friston

Part V: fMRI Applications

• Chapter 17 FMRI: Applications in Cognitive Neuroscience
  - Adrian Owen, Russel Epstein and Ingrid S. Johnsrude
• Chapter 18 Clinical Applications of Mapping Processes in the Human Brain with Functional MRI
  - Keith R. Thulborn and Antonio Gisbert

Part VI: Integrating Technologies

• Chapter 19 Dynamic Functional Neuroimaging Integrating Multiple Modalities
  - John S. George, David M. Schmidt, David M. Rector and Chris Wood