pgen.1010371.g002.tif (696.51 kB)
Delayed development in rpS13/+ animals is due to impaired ecdysone production.
figure
posted on 2022-09-01, 17:48 authored by Lisa Patricia Deliu, Michael Turingan, Deeshpaul Jadir, Byoungchun Lee, Abhishek Ghosh, Savraj Singh Grewal(A) qRT-PCR measurements of phantom and spookier mRNA levels in w1118 and rpS13/+ larvae. n = 4 independent samples per genotype. Data are presented as +/- SEM. *p < 0.05, two-way ANOVA and post-hoc Student’s t-test. (B) Time to pupation of w1118 and rpS13/+ larvae grown in control food or food supplemented with ecdysone (20HE). Data are presented as +/- SEM. *p < 0.05, Mann-Whitney U test. n = 142 (+/+), 92 (+/+ with 20HE), 148 (rpS13/+), 116 (rpS13/+ with 20HE). (C) Time to pupation of +/+ and rpS13/+ larvae with or without UAS-rheb expression in the prothoracic gland using P0206-Gal4. Data are presented as +/- SEM. ns = not significant, *p < 0.05, Mann-Whitney U test. n = 152 (+/+), 157 (UAS-rheb/+), 151 (rpS13/+), 144 (UAS-rheb/rpS13).
History
Usage metrics
Categories
Keywords
synaptic vesicle proteinsteroid hormone ecdysonediv >< paltered protein synthesissynaptic vesicle proteinsrp function specificallysingle cell systemslink ribosome functiondrosophila minutes control ecdysone productionlarval development causedribosome functiondrosophila ribosomal proteinsribosomal functionlarval maturationdecreased productionneuroendocrine controlminute growth controlcell growthtranslation ratesspecific roleribosomes contributeresults identifyreduced expressionprothoracic glandpartially reversedorganismal growthmain regulatorless clearissue usinghtergic cellsheterozygous mutantsconserved mechanismanimal growth