Nicotinic Receptor in Dopamine Neurons Shapes Learned Odor Choice in Flies
A nicotinic acetylcholine receptor subunit in fruit fly dopamine neurons supports odor-evoked synaptic activity and learned odor choice.
A nicotinic acetylcholine receptor subunit in fruit fly dopamine neurons supports odor-evoked synaptic activity and learned odor choice.
Dinoponera quadriceps ants learned a visual maze during training but performed no better than naive ants in retention tests at ...
A new fMRI study finds that people at clinical high risk for psychosis show a wider fear generalization curve in ...
A new study reveals that cerebellar degeneration impairs feedback-based learning and inhibitory control, with structural changes in the hippocampus and ...
A study linking MRI and EEG in 138 people aged 7 to 21 found associations between regional brain volume and ...
A Yale study of 279 participants shows that existing food preferences distort associative learning, with initial reinforcement of priors making ...
A new study of zebra finches shows that performance in a simple colour discrimination task poorly predicts success in a ...
In the intricate realm of associative learning, the principle of contingency—the predictive relationship between a stimulus and an outcome—has long ...
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© 2025 Scienmag - Science Magazine