Behavior responses to chemical and optogenetic stimuli in drosophila larvae

Behavior responses to chemical and optogenetic stimuli in drosophila larvae

An animal’s ability to navigate an olfactory environment is critically dependent on the activities of its first-order olfactory receptor neurons (ORNs). While considerable research has focused on ORN responses to odorants, the mechanisms by which olfactory information is encoded in the activities of...

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Bibliographic Details
Main Authors: Armstrong, J.M (Author), Clark, D.A (Author), Kohler, D. (Author), Mathew, D. (Author), Mathis, A. (Author), Odell, S.R (Author), Schmidt, D.R (Author), Turcotte, M. (Author)
Format: Article
Language:English
Published: Frontiers Media S.A. 2018
Subjects:
adult
animal behavior
animal cell
animal experiment
Article
assay
Behavior
behavior genetics
cell activity
cell function
chemical stimulation
cluster analysis
connectome
controlled study
Drosophila larva
Drosophila melanogaster
female
genetic analysis
genetic code
insect larva
larval tracking assay
male
mesencephalon
nerve cell
nerve stimulation
nonhuman
Olfaction
olfactory cortex
olfactory receptor neuron
Olfactory receptor neuron
optogenetics
Optogenetics
stimulus response
temporal cortex
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