Cappable-seq RNA-sequencing data sets for comparative studying of Salmonella enterica adaptation to Acanthamoeba castellanii intracellular environment, oxidative stress, and starvation

TL;DR

This paper provides RNA sequencing data to study how Salmonella adapts to stress and intracellular environments.

Contribution

The study introduces new Cappable-seq data sets for Salmonella under stress and intracellular conditions.

Findings

Transcriptomic data was collected for Salmonella under starvation and hydrogen peroxide treatment.

RNA sequencing was performed at specific time points after Acanthamoeba castellanii uptake.

The data enables comparative analysis of Salmonella adaptation mechanisms.

Abstract

Salmonella is a foodborne pathogen that can survive various stresses and replicate inside protist cells. Here, we present high-resolution Cappable-seq transcriptomic data for Salmonella enterica 14028S under starvation and hydrogen peroxide treatment, as well as 8 and 15 h after Acanthamoeba castellanii uptake.

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