%0 Figure %A Schoofs, Andreas %A Hückesfeld, Sebastian %A Schlegel, Philipp %A Miroschnikow, Anton %A Peters, Marc %A Zeymer, Malou %A Spieß, Roland %A Chiang, Ann-Shyn %A Pankratz, Michael J. %D 2014 %T Behavioral consequence of dTrpA1-induced activation of hugin neurons on yeast intake and wandering-like behavior. %U https://plos.figshare.com/articles/figure/_Behavioral_consequence_of_dTrpA1_induced_activation_of_hugin_neurons_on_yeast_intake_and_wandering_like_behavior_/1081459 %R 10.1371/journal.pbio.1001893.g003 %2 https://plos.figshare.com/ndownloader/files/1562498 %K neuroscience %K dtrpa1-induced %K activation %K hugin %K neurons %K yeast %K intake %K wandering-like %X

(A–B) Photographs of OrgR (A) and HugS3>dTrpA1 (B) larvae (upper panel) and crawling tracks (lower panel) after 20 min at 18°C (no dTrpA1 activation) and 32°C (dTrpA1 activation), displaying the yeast intake and wandering-like behavior. Compared with OrgR, HugS3>dTrpA1 larvae showed reduced yeast intake and increased wandering-like behavior. (C) Activation of the hugin neurons by dTrpA1 significantly reduced the relative change in yeast intake compared with OrgR. Data is presented as a box plot (Mann-Whitney Rank Sum Test: ***p≤0.001). (D) Analysis of the locomotory activity showing that HugS3>dTrpA1 had a significantly increased wandering-like behavior (max. larvae outside the yeast/min [%]) relative to OrgR on the restrictive temperature (32°C).

%I PLOS Biology