Toll-65A mutant embryos do not display defects in cell intercalation.
18wΔ76, Toll-65A, Tollo59 has abnormal cell adhesion phenotype
18wΔ76, Toll-65A, Tollo59 has abnormal planar polarity phenotype
18wΔ76, Toll-65A has abnormal cell adhesion phenotype
Toll-65A, Tollo59 has abnormal cell adhesion phenotype
Toll-65A, Tollo59 has embryo | maternal effect phenotype, suppressible by 18wKI.WT
Toll-65A, Tollo59 has embryo | maternal effect phenotype, non-suppressible by 18wC2YF
18wattP, Toll-65A, Tollo59 has embryo | maternal effect phenotype
18wΔ76/+; Tollo59/+; Toll-65A/+ triple mutants display a significant reduction in axis elongation.
Cell intercalation is reduced by 17% in embryos defective for 18wΔ76 and Toll-65A.
Cell intercalation is reduced by 19% in embryos defective for Tollo59 and Toll-65A.
Cell intercalation is reduced by more than 30% in embryos defective for 18wΔ76; Tollo59; Toll-65A, accompanied by slower edge contraction.
In more than one third of cell rearrangements in 18wΔ76; Tollo59; Toll-65A triple mutant embryos, new edges fail to form, are unstable, or form in the wrong direction.