Major neural structures of the larval CNS are unaffected by Scer\GAL4ase.neuro/Scer\GAL4elav-C155-mediated expression of DscammiRNA.Scer\UAS.17.1 or combined expression of DscammiRNA.Scer\UAS.17.1 and DscammiRNA.Scer\UAS.17.2.
Scer\GAL4ey-OK107-mediated expression of DscammiRNA.Scer\UAS.17.1 does not disrupt the formation of the alpha/beta lobes of the adult mushroom body.
Scer\GAL4ey-OK107-mediated co-expression of DscammiRNA.Scer\UAS.17.1 and DscammiRNA.Scer\UAS.17.2 severely disrupts the formation of the alpha/beta lobes of the adult mushroom body.
Scer\GAL4GH146-mediated expression of DscammiRNA.Scer\UAS.17.1 in vPN neuroblast clones potently suppresses the elaboration of dendrites in the antennal lobes but only minimally disrupts their axonal arborization in the lateral horns.
Scer\GAL4Dscam1.4.5/Dscam1RNAi.UAS.17.1 is a suppressor | partially of abnormal neuroanatomy | adult stage phenotype of lace2/lacek05305
Scer\GAL4Dscam1.4.5/Dscam1RNAi.UAS.17.1 is a suppressor | partially of lobe system of adult mushroom body phenotype of laceU2/lacek05305
The mushroom body "lost lobe" phenotype penetrance observed in lacek05305/lace2 transheterozygous adults is significantly decreased by the Scer\GAL4Dscam1.4.5-driven expression of Dscam1miRNA.UAS.17.1, respectively. lace2 heterozygous adults that also express Dscam1miRNA.UAS.17.1 under the control of Scer\GAL4Dscam1.4.5 do not show a mushroom body "lost lobe" phenotype.