UASt regulatory sequences drive expression of an inverted repeat.
Expression under the control of Scer\GAL41407 results in an increase in the number of neuroblasts in the larval brain compared to controls.
RNAi knockdown of da via expression of daGD4440 under the control of Scer\GAL4d.HLH54F results in a variable reduction in the number and thickness of muscle fibers as well as their uneven distribution around the midgut.
Scer\GAL4d.HLH54F, daGD4440 has longitudinal muscle cell phenotype, enhanceable by HLH54FKK103428, Scer\GAL4d.HLH54F
Scer\GAL4d.HLH54F, daGD4440 has longitudinal trunk visceral muscle primordium phenotype, enhanceable by HLH54FKK103428, Scer\GAL4d.HLH54F
Scer\GAL4d.HLH54F, daGD4440 has longitudinal intestinal visceral muscle fiber phenotype, enhanceable by HLH54FKK103428, Scer\GAL4d.HLH54F
daGD4440, Scer\GAL4d.HLH54F is an enhancer of longitudinal muscle cell phenotype of HLH54FKK103428, Scer\GAL4d.HLH54F
daGD4440, Scer\GAL4d.HLH54F is an enhancer of longitudinal trunk visceral muscle primordium phenotype of HLH54FKK103428, Scer\GAL4d.HLH54F
daGD4440, Scer\GAL4d.HLH54F is an enhancer of longitudinal intestinal visceral muscle fiber phenotype of HLH54FKK103428, Scer\GAL4d.HLH54F
RNAi knockdown of both HLH54F and da via expression of HLH54FKK103428 and daGD4440, both under the control of Scer\GAL4d.HLH54F results in an enhancement of the longitudinal gut muscle defects found in each single mutant.