The majority of existing functional MRI studies on olfactory perception have addressed the
relationship between stimulus features and the intensity of activity in separate regions …

Studies of patients with focal brain injury indicate that smell perception involves caudal
orbitofrontal and medial temporal cortices, but a more precise functional organization has …

As a step toward bridging the gap between human and animal studies of olfactory brain
systems, we report results from an fMRI study of olfaction in squirrel monkeys. High …

Even though deficits in olfactory function affect a considerable part of the population, the
neuronal basis of olfactory deficits remains scarcely investigated. To achieve a better …

Intro The human sense of smell is highly individual and characterized by a strong variability
in the perception and evaluation of olfactory stimuli, depending on cultural imprint and …

Conclusions: Our findings demonstrate that functional MRI (fMRI) combined with a
questionnaire is a useful method for studying the neuroanatomy of olfaction. Further studies …

Our understanding of the neural mechanism of human olfaction is still equivocal. Several
recent reports document that functional magnetic resonance imaging (MRI) has a potential …

Functional magnetic resonance imaging (fMRI) enables us to visualise neuronal activation
of the brain to a given stimulus, be it a simple stimulation paradigm or a complex task. More …

Paradoxically, attempts to visualize odorant-induced functional magnetic resonance imaging
(fMRI) activation in the human have yielded activations in secondary olfactory regions but …

Three subregions of the amygdala receive monosynaptic projections from the olfactory bulb,
making them part of primary olfactory cortex. These primary olfactory areas are located at the …