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Mouse spinal cords transplanted with human iPS cell-derived neural cells with and without chemogenetic stimulations on 14-days and 42-days after spinal cord injury.

ABSTRACT: Mouse spinal cords transplanted with human iPS cell-derived neural cells with and without chemogenetic stimulations on 14-days and 42-days after spinal cord injury.

PROVIDER: PRJNA724872 | ENA |

REPOSITORIES: ENA

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Mouse spinal cords transplanted with human iPS cell-derived neural cells with and without chemogenetic stimulations on 14-days and 42-days after spinal cord injury.

Project description:hM3Dq-expressing human iPS cell-derived neural cells were transplanted in the injured mouse spinal cord. Thereafter, transplanted cells were selectively stimulated daily by intraperitoneal injection of CNO. The spinal cord 14-days and 42-days after the injury were eviscerated for analyses.

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Differential gene expression in spinal cords from WT mice during uninfected (baseline) conditions and after (2 days post) infection with Encephalomyocarditis Virus (EMCV)

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Gene expression in experimentally injured and control mouse spinal cords

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Gene expression profile at single cell level of CD45+ from the spinal cords of WT and STAP-1 mice 15 days after EAE induction [inhibitor treatment]

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