DOI: 10.5061/dryad.7cv4g
title: Data from: Dual-compartmental transcriptomic + proteomic analysis of a marine endosymbiosis exposed to environmental change

description: As significant anthropogenic pressures are putting undue stress on the
 world's oceans, there has been a concerted effort to understand how
 marine organisms respond to environmental change. Transcriptomic
 approaches, in particular, have been readily employed to document the
 mRNA-level response of a plethora of marine invertebrates exposed to an
 array of simulated stress scenarios, with the tacit and untested
 assumption being that the respective proteins show a corresponding trend.
 To better understand the degree of congruency between mRNA and protein
 expression in an endosymbiotic marine invertebrate, mRNAs and proteins
 were sequenced from the same samples of the common, Indo-Pacific coral
 Seriatopora hystrix exposed to stable or upwelling-simulating conditions
 for one week. Of the 167 proteins down regulated at variable temperature,
 only 2 were associated with mRNAs that were also differentially expressed
 between treatments. Of the 378 differentially expressed genes, none were
 associated with a differentially expressed protein. Collectively, these
 results highlight the inherent risk of inferring cellular behavior based
 on mRNA expression data alone and challenge the current, mRNA-focused
 approach taken by most marine and many molecular biologists.
description: HBH_stable_3.r1.fastqraw reads from coral of Houbihu with stable temperature conditions (left side)HBH_stable_3.r2.fastqraw reads from coral of Houbihu with stable temperature conditions (right side)HBH_stable_4.r1.fastqraw reads from coral of Houbihu with stable temperature conditions#4 (left side)HBH_stable_4.r2.fastqraw reads from coral of Houbihu with stable temperature conditions#4 (right side)HBH_stable_5.r1.fastqraw reads from coral of Houbihu with stable temperature conditions#5 (left side)HBH_stable_5.r2.fastqraw reads from coral of Houbihu with stable temperature conditions#5 (right side)HBH_variable_1.r1.fastqraw reads from coral of Houbihu with variable temperature conditions#1 (left side)HBH_variable_1.r2.fastqraw reads from coral of Houbihu with variable temperature conditions#1 (right side)HBH_variable_2.r1.fastqraw reads from coral of Houbihu with variable temperature conditions#2 (left side)HBH_variable_2.r2.fastqfastq, raw reads from coral of Houbihu with variable temperature conditions#2 (right side)HBH_variable_4.r1.fastqraw reads from coral of Houbihu with variable temperature conditions#4 (left side)HBH_variable_4.r2.fastqraw reads from coral of Houbihu with variable temperature conditions#4 (right side)HWN_stable_1.r1.fastqraw reads from coral of Houwan with stable temperature conditions#1 (left side)HWN_stable_1.r2.fastqraw reads from coral of Houwan with stable temperature conditions#1 (right side)HWN_stable_3.r1.fastqraw reads from coral of Houwan with stable temperature conditions#3 (left side)HWN_stable_3.r2.fastqraw reads from coral of Houwan with stable temperature conditions#3 (right side)HWN_stable_5.r1.fastqraw reads from coral of Houwan with stable temperature conditions#5 (left side)HWN_stable_5.r2.fastqraw reads from coral of Houwan with stable temperature conditions#5 (right side)HWN_variable_1.r1.fastqraw reads from coral of Houwan with variable temperature conditions#1 (left side)HWN_variable_1.r2.fastqraw reads from coral of Houwan with variable temperature conditions#1 (right side)HWN_variable_2.r1.fastqraw reads from coral of Houwan with variable temperature conditions#2 (left side)HWN_variable_2.r2.fastqraw reads from coral of Houwan with variable temperature conditions#2 (right side)HWN_variable_3.r1.fastqraw reads from coral of Houwan with variable temperature conditions#3 (left side)HWN_variable_3.r2.fastqraw reads from coral of Houwan with variable temperature conditions#3 (right side)Raw expression dataFragments per kilo bases mapped datafpkm.csv