So if neuroradiology training is so good, then why write this book? In this era of precision
medicine, now more than ever, it is important to integrate all of the available information in …

… In doing so, it accommodates relevant findings from anatomical studies as well as much
of the existing functional neuroimaging literature. We consider how it meets the three criteria …

… a less efficient but rapidly adapting one (glycolysis) to meet the need to accommodate rapidly
changing aspects of neuronal function. The practical result this fascinating bit of physiology …

… The introduction of functional neuroimaging has given us the potential to view the functional
anatomy of the normal human brain as it perceives, comprehends, and produces language. …

… the way for more precise anatomical localization of the cognitive deficits that are manifest
after brain injury. In recent years, functional neuroimaging, broadly defined as techniques that …

… the context of human neuroimaging, the lesion-deficit approach usually tries to establish a …
focal disturbances in neurophysiology and the functional anatomy of normal subjects. Such an …

… These implications are then evaluated in the context of functional neuroimaging. I will argue
that classic applications of functional neuroimaging are insufficient to provide insights into …

… the anatomy of the most commonly assessed brain functions … The anatomy and function
of the primary and secondary … the anatomy of the most commonly assessed brain functions …

… functional neuroimaging data—which I restrict to the haemodynamic techniques of fMRI
and PET—can inform psychological theorizing, provided one assumes a “systematic” function–…

Two research areas that so far have had little interaction with one another are functional
neuroimaging and computational neuroscience. The application of computational models and …