RNA-Seq of male Drosophila chronically treated with dietary reserpine under control and heat stress conditions
This experiment aims to understand how chronic dietary reserpine treatment affects gene expression in response to acute heat shock in young (12-day-old +24hr heat stress) and aged (43-day-old) male Drosophila melanogaster in the context of aging. Canton S flies were chronically fed either a reserpine-supplemented (1000µM) or control diet (DMSO) starting from eclosion (1 day old). The whole flies were snap frozen and subjected to RNA-seq analysis at age of 13 days under the heat stress condition and at age of 43 days under the standard condition.
This experiment aims to understand how chronic dietary reserpine treatment affects gene expression in response to acute heat shock in young (12-day-old +24hr heat stress) and aged (43-day-old) male Drosophila melanogaster in the context of aging. Canton S flies were chronically fed either a reserpine-supplemented (1000µM) or control diet (DMSO) starting from eclosion (1 day old). The whole flies were snap frozen and subjected to RNA-seq analysis at age of 13 days under the heat stress condition and at age of 43 days under the standard condition.
European Bioinformatics Institute