When injected into embryos from snk1/snk2 mothers, filzkorper and ventral denticles show 84% rescue. tor::tubWT and tor::tubt4021t both induce filzkorper and denticle belts, but tor::tubt4021t has a much higher activity.
tor::tubt4021t is a non-suppressor of lethal | embryonic stage phenotype of snkunspecified
tor::tubt4021t is a suppressor of embryonic epidermis | ventral phenotype of Myd88kra-1
tor::tubt4021t is a suppressor of ventral denticle belt | ventral phenotype of tubunspecified
tor::tubt4021t is a suppressor of filzkorper phenotype of tubunspecified
tor::tubt4021t is a suppressor of embryonic epidermis | ventral phenotype of tubunspecified
tor::tubt4021t is a suppressor of ventral denticle belt | ventral phenotype of gdunspecified
tor::tubt4021t is a suppressor of filzkorper phenotype of gdunspecified
tor::tubt4021t is a suppressor of embryonic epidermis | ventral phenotype of gdunspecified
tor::tubt4021t is a non-suppressor of embryo | ventral phenotype of pll7
When tor::tubt4021t is injected into embryos laid by snkunspecified mothers, significant rescue of the dorsalised phenotype is seen. Some ventrolateral pattern elements are seen, such as ventral denticle belts and Filzkorper, which are never seen in Myd88kra-1 mutant embryos.
Carried in plasmid "tor4021tub" and used in transient expression assays in embryos.
Transcribed in vitro and injected into Myd88kra-1 or snkunspecified embryos to study interaction.
Ventralising gain of function allele of tub.
Carried in plasmid "tor4021-tub", used to generate RNA for microinjection studies.