Supplementary Fig. 8: Expression of human CTNNA2 in control and CTNNA2-deficient NPCs. | Nature Genetics

Supplementary Fig. 8: Expression of human CTNNA2 in control and CTNNA2-deficient NPCs.

From: Biallelic loss of human CTNNA2, encoding αN-catenin, leads to ARP2/3 complex overactivity and disordered cortical neuronal migration

Supplementary Fig. 8

a, Long and short exposures of a western blot for αN-catenin in control, control + CTNNA2, 1263A + CTNNA2, and CTNNA2KO + CTNNA2 NPCs show similar levels of forced CTNNA2-GFP expression in the lentivirus-transduced NPC lines. A cleavage project was observed but not further investigated. Representative image shown, repeated in three independently generated patient-derived iPSC or CTNNA2KO hESC clones. b, Long and short exposures of a western blot for αN-catenin in control, control + CTNNA2ΔABD, 1263A + CTNNA2ΔABD, and CTNNA2KO + CTNNA2ΔABD NPCs showed nearly endogenous levels of forced CTNNA2ΔABD-GFP expression in lentivirus-transduced NPC lines. GAPDH loading control. Representative image shown, repeated in three independently generated patient-derived iPSC or CTNNA2KO hESC clones. c. Long and short exposure of Western blot for GFP in Control, Control + CTNNA2ABD, 1263A + CTNNA2ABD, and CTNNA2KO + CTNNA2ABD NPCs show forced CTNNA2ABD-GFP expression in lentivirus transduced NPC lines. GAPDH loading control. Representative image shown, repeated in three independently generated patient-derived iPSC or CTNNA2KO hESC clones.

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