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There is considerable evidence from animal studies dial gonadal steroid hormones modulate neuronal activity and affect behavior. In humans, however, the behavioral and cognitive evidence has not been conclusive, and, until recently, there have been few direct neurophysiological data. Functional brain imaging offers unique opportunities to characterize in humans the effects of gonadal steroid hormones on basic neurobiological parameters, such as neuronal metabolism and neurochemical systems, and to clarify the interactions between these hormones and cognition and mood regulation in health and disease. The most commonly used tools within the considerable armamentarium available for such research and the parameters of neural function that they can access are briefly reviewed here.

Functional neuroimaging as a direct probe of the effects of gonadal steroid hormones on the brain