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Fig. 4

ID: ZDB-IMAGE-211219-88
Publication: Wang et al., 2021 - ubtor Mutation Causes Motor Hyperactivity by Activating mTOR Signaling in Zebrafish
All Figures: Figures for Wang et al., 2021

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Figure Caption

Fig. 4

mTORC1 hyperactivation in the spinal interneurons of ubtor mutant embryos. A p-S6 staining and EGFP signals in 28-hpf embryos (dotted lines outline spinal somites 4–10; scale bar, 40 μm). B Numbers of p-S6-labelled neurons in the spinal cord of 28-hpf embryos (three biological repeats, N_WT = 22, N_ubtor^−/− = 19, t₃₉ = 5.538). C Numbers of co-labeled p-S6/EGFP neurons in the spinal cord of 28-hpf embryos (three biological repeats, N_WT = 22, N_ubtor^−/− = 19, t₃₉ = 2.265). Values are represented as the mean ± SEM in B and C. *P <0.05, ***P <0.001.

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