Global ETD Search
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Showing 1 to 3 of 3 for “"MB Calyx"”.
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The Octopaminergic Modulatory Circuitry of the Drosophila Larval Mushroom Body Calyx
… amenable Drosophila larval Mushroom Body (MB) calyx, a higher order processing area involved in learned odour discrimination, as a model to map octopamine (OA) neuromodulatory circuitry. I first identified olfactory projection neurons (PNs), a GABAergic feedback neuron and cholinergic …
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The adaptive benefits of adult structural plasticity in the mushroom bodies of freely behaving forager honey bees
The mushroom bodies (MBs) are insect brain regions associated with sensory integration and learning. The dendrites of the intrinsic MB neurons (the Kenyon cells) are in the calycal neuropil, where they receive input from primary sensory neuropils. The calyces are larger in older forager honey bees …
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Octopaminergic Regulation of Olfactory Discrimination in the Drosophila Larval Mushroom Body Calyx
… sensory input region of the mushroom bodies, the calyx, processes information received from stereotypic olfactory input channels, the Projection Neurons (PNs). Mushroom body neurons, Kenyon cells (KCs), integrate these inputs through a combinatorial coding mechanism that allows discrimination …