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. 2020 May 4;9(5):bio049684. doi: 10.1242/bio.049684

Fig. 7.

Fig. 7.

Loss of proslong blocks Pros protein upregulation but has no effect on NB termination. (A) Pros protein level is not upregulated in the neurons of proslong-REDr larval brains. (B) Dpn marks NBs in pupal brains, 48 h APF. In wild type, only the four MB NBs remain. In the syp mutant, many NBs are long-lived in the pupal brain. In the proslong-REDr brains, type I NBs terminate normally and only the four MB NBs persist. (C) FasII IF stains γ and α/β neurons in the MB of 1-day old adult brains. In the syp RNAi knockdown brains there is loss of α/β neurons and excess γ neurons. There is no difference in MB morphology in the proslong-REDr line, compared to wild type.