INPP5EMI02221/INPP5EMI02221 disrupts trafficking of a subset of ciliary proteins in chordotonal neurons. Extracellular sound-evoked potentials from INPP5EMI02221/INPP5EMI02221 antennal nerves are reduced in amplitude compared to controls.
INPP5EMI02221, Scer\GAL4nan.PK, ktub1, ktubUAS.cPa has abnormal auditory perception | adult stage phenotype
INPP5EMI02221, Scer\GAL4nan.PK, ktub1, ktubmutB.UAS has abnormal auditory perception | adult stage phenotype
INPP5EMI02221/INPP5EMI02221 ktub1/ktub1 flies with expression of ktubScer\UAS.cPa or ktubmutB.Scer\UAS driven by Scer\GAL4nan.PK show significantly reduced amplitude of sound-evoked potentials from antennal nerves compared to ktub1/ktub1 Scer\GAL4nan.PK>ktubScer\UAS.cPa flies (similar to wild type amplitude); however, INPP5EMI02221/INPP5EMI02221 ktub1/ktub1 flies with expression of ktubmutB.Scer\UAS have a significantly increased amplitude in comparison to those with expression of ktubScer\UAS.cPa.
INPP5EMI02221 is rescued by INPP5E+tCH322-17A13
INPP5E+tCH322-17A13 rescues the reduced amplitude of sound-evoked potentials from INPP5EMI02221/INPP5EMI02221 antennal nerves.