This study provides more extensive and comprehensive analysis on the gene expression profile in human brains during aging. The authors show interesting data indicating that cerebellum ages less than cortex and that chimp cortex ages differently. The information should help decipher the role of oxidative free radicals in aging and neurodegenerative diseases.
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Picower Institute of MIT
This study provides more extensive and comprehensive analysis on the gene expression profile in human brains during aging. The authors show interesting data indicating that cerebellum ages less than cortex and that chimp cortex ages differently. The information should help decipher the role of oxidative free radicals in aging and neurodegenerative diseases.
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