10.25386/genetics.6513068.v1 Desiree L. Goetting Desiree L. Goetting Rony Soto Rony Soto Cheryl Van Buskirk Cheryl Van Buskirk Supplemental Material for Goetting, Soto, and Van Buskirk, 2018 GSA Journals 2018 sleep C. elegans starvation food deprivation behavioral plasticity TOR TGF β Neurogenetics 2018-06-20 13:50:23 Dataset https://gsajournals.figshare.com/articles/dataset/Supplemental_Material_for_Goetting_Soto_and_Van_Buskirk_2018/6513068 <div>Figure S1 contains time courses of stress-induced sleep in wild type and ceh-17(np1).</div><div>Figure S2 contains body bend rates of wild-type animals under fed and food-deprived conditions.</div><div>Figure S3 shows the effects of food deprivation and crowding on stress-induced sleep (heat-induced feeding quiescence).</div><div>Figure S4 contains data on stress-induced sleep in daf-7 mutants, in tdc-1;daf-7 and daf-7;tbh-1 double mutants, and in daf-2(e1370) mutants raised at 25˚C.</div><div>Figure S5 compares body bend rates of wild type and daf-3(e1376) under fed and food-deprived conditions.</div><div>Figure S6 compares body bend rates of rapamycin-treated animals to untreated controls.</div><div>Figure S7 contains data on stress-induced sleep in daf-15(RNAi), rsks-1(ok1255), and rict-1(ft7).</div><div>Figure S8 compares body bend rates of pha-4(RNAi) animals to vector controls under fed and food-deprived conditions.</div>