Chemicals selectively stimulating the olfactory nerve typically cannot be localized in a lateralization task. Purpose of this study was to investigate whether the ability of subjects to localize an olfactory stimulus delivered passively to 1 of the 2 nostrils would improve under training. Fifty-two young, normosmic women divided in 2 groups participated. One group performed olfactory lateralization training, whereas the other group performed cognitive tasks. Results showed that only subjects performing lateralization training significantly improved in their ability to lateralize olfactory stimuli compared with subjects who did not undergo such trainin
Navigation based on chemosensory information is one of the most important skills in the animal kingd...
An evolutionary paradox is the variability of the olfactory bulb size, in contrast to the other brai...
Odor stimuli presented to one nostril can only be localised if they additionally activate the trigem...
Chemicals selectively stimulating the olfactory nerve typically cannot be localized in a lateralizat...
For humans, the localization of an odorant seems only possible if the odorant also stimulates the tr...
For humans, the localization of an odorant seems only possible if the odorant also stimulates the tr...
SummaryForty years ago, von Békésy demonstrated that the spatial source of an odorant is determined ...
In this thesis lateralization of olfactory functions was investigated by both behavioral and electro...
When an odorant is presented to one side of the nose and air to the other, the ability to localize w...
Although most studies agree that humans cannot smell in stereo, it was recently suggested that olfac...
The asymmetric use of nostrils and few contralateral projections in olfactory neural pathways allow...
Introduction: Evidence for olfactory lateralization is mixed, although a left-sided benefit for odor...
It is widely thought that locating the source of a smell is an ability best left to nonhuman members...
Lateralization is defined as a different use of the two brain hemispheres while performing a cogniti...
Navigation based on chemosensory information is one of the most important skills in the animal kingd...
Navigation based on chemosensory information is one of the most important skills in the animal kingd...
An evolutionary paradox is the variability of the olfactory bulb size, in contrast to the other brai...
Odor stimuli presented to one nostril can only be localised if they additionally activate the trigem...
Chemicals selectively stimulating the olfactory nerve typically cannot be localized in a lateralizat...
For humans, the localization of an odorant seems only possible if the odorant also stimulates the tr...
For humans, the localization of an odorant seems only possible if the odorant also stimulates the tr...
SummaryForty years ago, von Békésy demonstrated that the spatial source of an odorant is determined ...
In this thesis lateralization of olfactory functions was investigated by both behavioral and electro...
When an odorant is presented to one side of the nose and air to the other, the ability to localize w...
Although most studies agree that humans cannot smell in stereo, it was recently suggested that olfac...
The asymmetric use of nostrils and few contralateral projections in olfactory neural pathways allow...
Introduction: Evidence for olfactory lateralization is mixed, although a left-sided benefit for odor...
It is widely thought that locating the source of a smell is an ability best left to nonhuman members...
Lateralization is defined as a different use of the two brain hemispheres while performing a cogniti...
Navigation based on chemosensory information is one of the most important skills in the animal kingd...
Navigation based on chemosensory information is one of the most important skills in the animal kingd...
An evolutionary paradox is the variability of the olfactory bulb size, in contrast to the other brai...
Odor stimuli presented to one nostril can only be localised if they additionally activate the trigem...