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PRECLINICAL PUBLICATION · 2011

NADPH-d and Fos reactivity in the rat spinal cord following experimental spinal cord injury and embryonic neural stem cell transplantation.

Rat / Spinal cord injury

Evidence by therapy association

Study details and outcomes are extracted in the context of a specific intervention. Separate associations are retained rather than silently merged.

PMID 21376061 ↗2011Reported benefit

NADPH-d and Fos reactivity in the rat spinal cord following experimental spinal cord injury and embryonic neural stem cell transplantation.

RatSpinal cord injuryHemisection / partialSprague-DawleyMalen = 90 ratsintraperitoneal (drugs); transplantation (cells)L-NAME 75 mg/kg; L-arginine 225 mg/kgacute (2 h) and chronic (28 days)

Model: hemisection spinal cord injury (T12-T13)

Embryonic neural stem cell transplantation improved the acute phase, decreasing Fos and NADPH-d positive neurons around the injury.

Extraction: extract · Subtype source: rule · Supplied extraction confidence: 0.75. Machine-extracted fields require source verification.