Olfactory circuit
Recent articles
One year of FlyWire: How the resource is redefining Drosophila research
We asked nine neuroscientists how they are using FlyWire data in their labs, how the connectome has transformed the field and what new tools they would like to see in the future.
One year of FlyWire: How the resource is redefining Drosophila research
We asked nine neuroscientists how they are using FlyWire data in their labs, how the connectome has transformed the field and what new tools they would like to see in the future.
Cross-species connectome comparison shows uneven olfactory circuit evolution in flies
The findings start to reveal evolutionary changes that may have helped two species develop different olfactory preferences and adapt to their particular environments.
Cross-species connectome comparison shows uneven olfactory circuit evolution in flies
The findings start to reveal evolutionary changes that may have helped two species develop different olfactory preferences and adapt to their particular environments.
Explore more from The Transmitter
Protein tug-of-war controls pace of synaptic development, sets human brains apart
Human-specific duplicates of SRGAP2 prolong cortical development by manipulating SYNGAP, an autism-linked protein that slows synaptic growth.
Protein tug-of-war controls pace of synaptic development, sets human brains apart
Human-specific duplicates of SRGAP2 prolong cortical development by manipulating SYNGAP, an autism-linked protein that slows synaptic growth.
Neurons tune electron transport chain to survive onslaught of noxious stimuli
Nociceptors tamp down the production of reactive oxygen species in response to heat, chemical irritants or toxins.
Neurons tune electron transport chain to survive onslaught of noxious stimuli
Nociceptors tamp down the production of reactive oxygen species in response to heat, chemical irritants or toxins.
Vicente Raja brings ecological psychology concepts to neuroscience
He suggests neuroscientists should pay more attention to the principles of Gibsonian ecological psychology, such as affordances, ecological information and resonance, to better explain perception and action.
Vicente Raja brings ecological psychology concepts to neuroscience
He suggests neuroscientists should pay more attention to the principles of Gibsonian ecological psychology, such as affordances, ecological information and resonance, to better explain perception and action.