There was an error in J. Exp. Biol. (2021) 224, jeb242166 (.
In Fig. 5A, the dose–response curve for 2-phenylethanol (square, grey lines) was omitted. The corrected figure appears below, and both the online full-text and PDF versions of the article have been updated.
4-Oxoisophorone evoked strong responses in the antennal lobes of Andrena vaga, but not Apis mellifera. Dose–response relationships (median, whiskers 25–75% of normalized data) in (A) A. vaga (N=13 individuals) and (B) A. mellifera (N=11 individuals) bees responding to 4-oxoisophorone (dots, black lines) and 2-phenylethanol (squares, grey lines). Asterisks indicate a significantly higher response compared to stimulations with a solvent control (Friedman's test with post hoc analysis, *P<0.05; **P<0.001). The glomerular response pattern and the region of selected glomeruli are shown for the different dilutions of (C) 4-oxoisophorone in glomeruli k and c and (D) 2-phenylethanol in glomerulus m of the right antennal lobe of a representative A. vaga female coded in false-colour using calcium imaging (symbols of glomeruli correspond to symbols used in the dose–response curves).
4-Oxoisophorone evoked strong responses in the antennal lobes of Andrena vaga, but not Apis mellifera. Dose–response relationships (median, whiskers 25–75% of normalized data) in (A) A. vaga (N=13 individuals) and (B) A. mellifera (N=11 individuals) bees responding to 4-oxoisophorone (dots, black lines) and 2-phenylethanol (squares, grey lines). Asterisks indicate a significantly higher response compared to stimulations with a solvent control (Friedman's test with post hoc analysis, *P<0.05; **P<0.001). The glomerular response pattern and the region of selected glomeruli are shown for the different dilutions of (C) 4-oxoisophorone in glomeruli k and c and (D) 2-phenylethanol in glomerulus m of the right antennal lobe of a representative A. vaga female coded in false-colour using calcium imaging (symbols of glomeruli correspond to symbols used in the dose–response curves).
4-Oxoisophorone evoked strong responses in the antennal lobes of Andrena vaga, but not Apis mellifera. Dose–response relationships (median, whiskers 25–75% of normalized data) in (A) A. vaga (N=13 individuals) and (B) A. mellifera (N=11 individuals) bees responding to 4-oxoisophorone (dots, black lines) and 2-phenylethanol (square, grey lines). Asterisks indicate a significantly higher response compared to stimulations with a solvent control (Friedman's test with post hoc analysis, *P<0.05; **P<0.001). The glomerular response pattern and the region of selected glomeruli are shown for the different dilutions of (C) 4-oxoisophorone in glomeruli k and c and (D) 2-phenylethanol in glomerulus m of the right antennal lobe of a representative A. vaga female coded in false-colour using calcium imaging (symbols of glomeruli correspond to symbols used in the dose–response curves).
4-Oxoisophorone evoked strong responses in the antennal lobes of Andrena vaga, but not Apis mellifera. Dose–response relationships (median, whiskers 25–75% of normalized data) in (A) A. vaga (N=13 individuals) and (B) A. mellifera (N=11 individuals) bees responding to 4-oxoisophorone (dots, black lines) and 2-phenylethanol (square, grey lines). Asterisks indicate a significantly higher response compared to stimulations with a solvent control (Friedman's test with post hoc analysis, *P<0.05; **P<0.001). The glomerular response pattern and the region of selected glomeruli are shown for the different dilutions of (C) 4-oxoisophorone in glomeruli k and c and (D) 2-phenylethanol in glomerulus m of the right antennal lobe of a representative A. vaga female coded in false-colour using calcium imaging (symbols of glomeruli correspond to symbols used in the dose–response curves).
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