Amino acid replacement: E100K. Nucleotide substitution: G?A.
G13596540A
GAG?AAG
E101K | up-PA; E93K | up-PB; E10K | up-PD; E78K | up-PE; E101K | up-PG; E78K | up-PH; E101K | up-PI; E93K | up-PJ; E101K | up-PK; E93K | up-PL; E78K | up-PM; E99K | up-PN; E101K | up-PO; E100K | up-PP; E92K | up-PQ; E92K | up-PR; E92K | up-PS; E10K | up-PT
E100K
Position of mutation on reference sequence inferred by FlyBase curator based on author statement. See FBrf0052459 figure 3 for protein sequence numbering.
Flight muscles develop nearly normally and then degenerate during early adulthood when fibres become contractile.
Myofibril structure appears normal prior to the onset of flight-muscle contraction in homozygous pupae, however, after the fly ecloses sarcomeric structure rapidly degenerates.
Homozygotes are flightless, and have an abnormal wing posture.
Flies are flightless and hold their wings in an abnormal position, and sometimes show variable jump ability.
Mhc5, upint-3 has flightless | dominant phenotype
Mhc6, upint-3 has flightless | dominant phenotype
upint-3, wupAhdp-2 has flightless | dominant phenotype
upint-3 Mhc8 double heterozygotes are lethal. Female upint-3 Mhc5 double heterozygotes are completely flightless and have an abnormal wing posture. Male upint-3 heterozygotes also hemizygous for Mhc5 have reduced viability, the rare escapers have "gnarled" legs, walk poorly, and die within 2 days of eclosion. Double heterozygotes with Mhc6 are flightless. Double heterozygotes with wupAhdp-2 are flightless and have an abnormal wing posture. Double heterozygotes with wupAhdp-101 or fliH1 have greatly reduced flight ability. Most double heterozygotes with wupAhdp-4, wupAhdp-3 or wupAhdp-5 have an abnormal wing posture.