lethal (with γCOP1b)
lethal (with γCOP5a)
lethal (with γCOP6a)
lethal (with γCOP7a)
lethal (with γCOP8a)
lethal (with γCOP9a)
lethal (with γCOP10a)
lethal (with γCOP11a)
lethal (with γCOP14a)
lethal (with γCOP15a)
lethal (with γCOP16a)
lethal (with γCOP16b)
lethal (with γCOP17b)
lethal (with γCOP20b)
lethal (with γCOP21b)
lethal | recessive
lethal - all die during embryonic stage | recessive
some die during embryonic stage | recessive
embryonic/larval tracheal dorsal trunk
presumptive embryonic/larval nervous system
At early stage 16, the dorsal trunk tubes of mutant embryos are narrower compared to those of controls.
Early lethal.
γCOPKG06383
γCOP20b
γCOP11a
γCOP21b
γCOP7a
γCOP15a
γCOP9a
γCOP1b
γCOP16b
γCOP5a
γCOP10a
γCOP8a
γCOP17b
γCOP14a
γCOP6a
γCOP16a
γCOPΔ114/γCOPS057302 is rescued by Scer\GAL4btl.PS/γCOPUAS.cJa
γCOPΔ114/γCOPS057302 is rescued by γCOPαTub84B.PJ
Precise excision of the P{lacW} insertion can revert the lethal phenotype, indicating that the P{lacW}γCopS057302 insertion within the γCop gene is responsible for the homozygous lethality of the "l(3)S057302" chromosome.
Reversion analysis demonstrates the insertion may not be responsible for the lethal phenotype.
Precise excision of the P{lacW} insertion can revert the lethal phenotype, indicating that the P{lacW}γCopS057302 insertion within the γCop gene is responsible for the homozygous lethality of the "l(3)S057302" chromosome.
Reversion analysis demonstrates the insertion may not be responsible for the lethal phenotype.