Heliconius erato cyanogenic toxicity RNASeq, additional data

BACKGROUND
We studied the molecular mechanisms of biosynthesized cyanogenic toxicity in Heliconius erato by studying associations of toxicity levels (concentrations of biosynthesized cyanogenic glucoside compounds linamarin and lotaustralin measured with nuclear magnetic resonance, i.e. NMR) with patterns of whole-genome gene expression. Individuals originating from a laboratory stock were sampled for quantification of chemical compounds using NMR data, and their RNA samples sequenced with whole-transcriptome sequencing (RNASeq). The NMR data could also be used to analyze the complete metabolome or other compounds of interest. Additionally, to test energetic trade-offs and related differential RNA expression, measures of resting- and flight metabolic rates of the study individuals were acquired using flow-through respirometry.

DESCRIPTION OF THE DATASET:

This dataset is an addition to the dataset "Heliconius erato cyanogenic toxicity RNASeq and nuclear magnetic resonance (NMR)", published under doi: https://doi.org/10.23729/fd-ecf74668-6d05-3726-b141-f25f93e68ff0

This is a complete version (as received from sequencing company Novogene) of the RNASeq data referred to as “Heliconius erato cyanogenic toxicity RNAseq Dataset1_54 samples sequencing run 1” in the above mentioned dataset, in which only the fq.gz. raw sequence datafiles of Dataset1, run 1 are included.