Dp(2;2)PvrKO2 homozygous embryos show shape changes in the central nervous system compared to wild type; the ratio of the distance between the longitudinals and the commissures is less than normal. Hemocytes are largely clustered near the dorsal and anterior regions of the embryo in Dp(2;2)PvrKO2 stage 16 mutants, in contrast to wild-type embryos where they are dispersed throughout the embryo.
Dp(2;2)PvrKO2 homozygous embryos show shape changes in the central nervous system compared to wild type; the ratio of the distance between the longitudinals and the commissures is less than normal. Dp(2;2)PvrKO2 homozygous embryos have 2.7 +/- 0.2 midline glia per segment, compared to 2.8 +/- 0.2 midline glia per segment in wild-type embryos. Hemocytes are largely clustered near the dorsal and anterior regions of the embryo in Dp(2;2)PvrKO2 stage 16 mutants, in contrast to wild-type embryos where they are dispersed throughout the embryo.
Homozygous embryos show shape changes in the central nervous system compared to wild type; the ratio of the distance between the longitudinals and the commissures is less than normal. Homozygous embryos have 2.7 +/- 0.2 midline glia per segment, compared to 2.8 +/- 0.2 midline glia per segment in wild-type embryos. Hemocytes are largely clustered near the dorsal and anterior regions of the embryo in stage 16 mutants, in contrast to wild-type embryos where they are dispersed throughout the embryo.