11bp insertion at position 902, resulting in a frameshift at amino acid residue 273.
Site of an 11 nucleotide insertion which causes a frameshift at amino acid 273; exact site of insertion not reported.
Ipp3/+ 30-day-old adult males display learning defects as they fail to demonstrate significant decrease in courtship activity when paired with an mated unreceptive female but their short-term (60 min) memory is not impaired.
Ipp3 has abnormal learning | male | adult stage phenotype, suppressible by PsnB3/Psn[+]
Ipp3 has abnormal learning | male | adult stage phenotype, suppressible by PsnI2/Psn[+]
Ipp3/Ipp[+] is a suppressor of abnormal learning | male | adult stage | progressive phenotype of PsnB3
Ipp3/Ipp[+] is a suppressor of abnormal memory | male | adult stage | progressive phenotype of PsnB3
Ipp3/Ipp[+] is a suppressor of abnormal learning | male | adult stage | progressive phenotype of PsnI2
Ipp3/Ipp[+] is a suppressor of abnormal memory | male | adult stage | progressive phenotype of PsnI2
The learning defects (measured in a courtship behavior assay) observed in either the PsnB3, PsnI2 or the Ipp3 single heterozygote 30 day-old males are suppressed in both the PsnB3/+;Ipp3/+ and the PsnI2/+;Ipp3/+ double heterozygotes. Combination with a single copy of Ipp3 can also restore the short-term memory defects characteristic for either PsnB3 or PsnI2 aged heterozygote males.