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iScience
2022 Mar 18;253:103938. doi: 10.1016/j.isci.2022.103938.
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Mosquito Olfactory Response Ensemble enables pattern discovery by curating a behavioral and electrophysiological response database.
Gupta A
,
Singh SS
,
Mittal AM
,
Singh P
,
Goyal S
,
Kannan KR
,
Gupta AK
,
Gupta N
.
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Many experimental studies have examined behavioral and electrophysiological responses of mosquitoes to odors. However, the differences across studies in data collection, processing, and reporting make it difficult to perform large-scale analyses combining data from multiple studies. Here we extract and standardize data for 12 mosquito species, along with Drosophila melanogaster for comparison, from over 170 studies and curate the Mosquito Olfactory Response Ensemble (MORE), publicly available at https://neuralsystems.github.io/MORE. We demonstrate the ability of MORE in generating biological insights by finding patterns across studies. Our analyses reveal that ORs are tuned to specific ranges of several physicochemical properties of odorants; the empty-neuron recording technique for measuring OR responses is more sensitive than the Xenopus oocyte technique; there are systematic differences in the behavioral preferences reported by different types of assays; and odorants tend to become less attractive or more aversive at higher concentrations.
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