Recombination between the two progenitor insertions has deleted the sequence between them, removing the first two exons of Lnk, including the predicted translation start site.
wing (with Df(3R)Espl3)
LnkDel29 female flies show significantly reduced re-mating rate 24 hours after mating to wild-type flies, compared to controls.
Homozygotes show a 16% reduction in wing area and a 34% reduction in body mass compared to wild-type controls. The mean number of cells per wing and the mean cell size in the wing are both reduced in the mutant flies. A significant increase in both median and maximum lifespan is seen in both homozygous males and females compared to controls. Homozygous females are almost sterile, producing almost no eggs. Wild-type females mated to homozygous males produce normal numbers of offspring.
Homozygous males and females show a significantly increased median survival when fed 5% hydrogen peroxide compared to control flies.
Homozygous males and females show a significantly increased survival under starvation conditions compared to control flies.
Homozygous males and females show a significant increase in whole body triglyceride, glycogen and trehalose levels compared to controls.
Lnkd07478/LnkDel29 animals show a 16% reduction in wing area and a 34% reduction in body mass compared to wild-type controls.
LnkDel29/Df(3R)Espl3 animals show a 19% reduction in wing area and a 35% reduction in body mass compared to wild-type controls.
The reduction in wing area an in body mass which is seen in LnkDel29 flies is fully rescued by Lnk+t6. The increased lifespan seen in homozygous LnkDel29 females is restored to normal by Lnk+t6. Lnk+t6 restores the number of eggs laid by homozygous LnkDel29 females to wild-type levels. Lnk+t6 restores the increased resistance of homozygous LnkDel29 flies to 5% hydrogen peroxide and to starvation to wild-type levels. Lnk+t6 restores the increased levels of whole body triglyceride, glycogen and trehalose that are seen in LnkDel29 flies to wild-type levels.