Gervasi et al. report in this issue of Neuron that the mushroom bodies in Drosophila, a critical center for olfactory memory formation, have spatially restricted PKA activity in response to specific neuromodulators. The dunce cAMP-phosphodiesterase and rutabaga adenylyl cyclase genes are necessary for two key properties of PKA dynamics in these neurons
SummaryBackgroundActivity of dopaminergic neurons is necessary and sufficient to evoke learning-rela...
To survive in a complex and dynamic environment, animals must adapt their behavior based on their cu...
Extensive molecular, genetic, and anatomical analyses have suggested that olfactory memory is stored...
SummaryThe dynamics of PKA activity in the olfactory learning and memory center, the mushroom bodies...
SummaryFunctional imaging with genetically encoded calcium and cAMP reporters was used to examine th...
SummaryBackgroundA common feature of memory and its underlying synaptic plasticity is that each can ...
SummaryCyclic AMP signaling in Drosophila mushroom body neurons, anchored by the adenylyl cyclase en...
Extensive neurogenetic analysis has shown that memory formation depends critically on cAMP-protein k...
AbstractThe memory of odors in Drosophila is mediated by mushroom body neurons. Memory is formed, in...
Learning permits animals to attach meaning and context to sensory stimuli. How this information is c...
BACKGROUND: A common feature of memory and its underlying synaptic plasticity is that each can be di...
International audienceThe mushroom bodies (MBs), one of the main structures in the adult insect brai...
The mushroom bodies (MBs), one of the main structures in the adult insect brain, play a critical rol...
The mushroom bodies (MBs), one of the main structures in the adult insect brain, play a critical rol...
AbstractDrosophila displays robust olfactory learning. In this issue of Neuron, Davis and colleagues...
SummaryBackgroundActivity of dopaminergic neurons is necessary and sufficient to evoke learning-rela...
To survive in a complex and dynamic environment, animals must adapt their behavior based on their cu...
Extensive molecular, genetic, and anatomical analyses have suggested that olfactory memory is stored...
SummaryThe dynamics of PKA activity in the olfactory learning and memory center, the mushroom bodies...
SummaryFunctional imaging with genetically encoded calcium and cAMP reporters was used to examine th...
SummaryBackgroundA common feature of memory and its underlying synaptic plasticity is that each can ...
SummaryCyclic AMP signaling in Drosophila mushroom body neurons, anchored by the adenylyl cyclase en...
Extensive neurogenetic analysis has shown that memory formation depends critically on cAMP-protein k...
AbstractThe memory of odors in Drosophila is mediated by mushroom body neurons. Memory is formed, in...
Learning permits animals to attach meaning and context to sensory stimuli. How this information is c...
BACKGROUND: A common feature of memory and its underlying synaptic plasticity is that each can be di...
International audienceThe mushroom bodies (MBs), one of the main structures in the adult insect brai...
The mushroom bodies (MBs), one of the main structures in the adult insect brain, play a critical rol...
The mushroom bodies (MBs), one of the main structures in the adult insect brain, play a critical rol...
AbstractDrosophila displays robust olfactory learning. In this issue of Neuron, Davis and colleagues...
SummaryBackgroundActivity of dopaminergic neurons is necessary and sufficient to evoke learning-rela...
To survive in a complex and dynamic environment, animals must adapt their behavior based on their cu...
Extensive molecular, genetic, and anatomical analyses have suggested that olfactory memory is stored...
DOI
Add to ORKG