International audienceNoradrenaline contributes to olfactory-guided behaviors but its role in olfactory learning during adulthood is poorly documented. We investigated its implication in olfactory associative and perceptual learning using local infusion of mixed a1-b adrenergic receptor antagonist (labetalol) in the adult mouse olfactory bulb. We reported that associative learning, as opposed to perceptual learning, was not affected by labetalol infusions in the olfactory bulb. Accordingly, this treatment during associative learning did not affect the survival of bulbar adult-born neurons. Altogether, our results suggest that the noradrenergic system plays different parts in specific olfactory learning tasks and their neurogenic correlates
In the present study we assess a new model for classical conditioning of odor preference learning in...
BACKGROUND: It has recently been proposed that adult-born neurons in the olfactory bulb, whose survi...
International audienceLearning to perceptually discriminate between chemical signals in the environm...
International audienceNoradrenaline contributes to olfactory-guided behaviors but its role in olfact...
International audienceWe have previously shown that an experience-driven improvement in olfactory di...
International audienceCurrent advances in the neurobiology of learning and memory suggest the existe...
International audienceOlfactory perceptual learning reflects an ongoing process by which animals lea...
A rodent’s survival depends upon its ability to perceive odor cues necessary to guide mate selection...
This review examines the organizational principles underlying olfactory learning in three specialize...
The olfactory bulb is the target of a well described adult neurogenesis which has been involved in...
International audienceMemory stability is essential for animal survival when environment and behavio...
Early odor preference learning offers a unique paradigm for the study of natural mammalian learning....
International audienceNew neurons are continuously generated in the adult mammalian olfactory bulb. ...
Olfactory perceptual learning is a relatively long-term, learned increase in perceptual acuity, and ...
International audienceInhibitory interneurons of the olfac-tory bulb are subjected to permanent adul...
In the present study we assess a new model for classical conditioning of odor preference learning in...
BACKGROUND: It has recently been proposed that adult-born neurons in the olfactory bulb, whose survi...
International audienceLearning to perceptually discriminate between chemical signals in the environm...
International audienceNoradrenaline contributes to olfactory-guided behaviors but its role in olfact...
International audienceWe have previously shown that an experience-driven improvement in olfactory di...
International audienceCurrent advances in the neurobiology of learning and memory suggest the existe...
International audienceOlfactory perceptual learning reflects an ongoing process by which animals lea...
A rodent’s survival depends upon its ability to perceive odor cues necessary to guide mate selection...
This review examines the organizational principles underlying olfactory learning in three specialize...
The olfactory bulb is the target of a well described adult neurogenesis which has been involved in...
International audienceMemory stability is essential for animal survival when environment and behavio...
Early odor preference learning offers a unique paradigm for the study of natural mammalian learning....
International audienceNew neurons are continuously generated in the adult mammalian olfactory bulb. ...
Olfactory perceptual learning is a relatively long-term, learned increase in perceptual acuity, and ...
International audienceInhibitory interneurons of the olfac-tory bulb are subjected to permanent adul...
In the present study we assess a new model for classical conditioning of odor preference learning in...
BACKGROUND: It has recently been proposed that adult-born neurons in the olfactory bulb, whose survi...
International audienceLearning to perceptually discriminate between chemical signals in the environm...