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pmid:26862574

Spiked proteomic standard dataset for testing label-free quantitative software and statistical methods.

Claire Ramus · Agnès Hovasse · Marlène Marcellin · Anne-Marie Hesse · Emmanuelle Mouton-Barbosa · David Bouyssié · Sebastian Vaca · Christine Carapito · Karima Chaoui · Christophe Bruley · Jérôme Garin · Sarah Cianférani · Myriam Ferro · Alain Van Dorssaeler · Odile Burlet-Schiltz · Christine Schaeffer · Yohann Couté · Anne Gonzalez de Peredo

Data in brief · 2016 doi:10.1016/j.dib.2015.11.063

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Experiment

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Data

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Spiked proteomic standard dataset for testing label-free quantitative software and statistical methods.
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10.1016/j.dib.2015.11.063
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Claire Ramus
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Agnès Hovasse
[2]
Marlène Marcellin
[3]
Anne-Marie Hesse
[4]
Emmanuelle Mouton-Barbosa
[5]
David Bouyssié
[6]
Sebastian Vaca
[7]
Christine Carapito
[8]
Karima Chaoui
[9]
Christophe Bruley
[10]
Jérôme Garin
[11]
Sarah Cianférani
[12]
Myriam Ferro
[13]
Alain Van Dorssaeler
[14]
Odile Burlet-Schiltz
[15]
Christine Schaeffer
[16]
Yohann Couté
[17]
Anne Gonzalez de Peredo
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Data in brief
year
2016
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This data article describes a controlled, spiked proteomic dataset for which the "ground truth" of variant proteins is known. It is based on the LC-MS analysis of samples composed of a fixed background of yeast lysate and different spiked amounts of the UPS1 mixture of 48 recombinant proteins. It can be used to objectively evaluate bioinformatic pipelines for label-free quantitative analysis, and their ability to detect variant proteins with good sensitivity and low false discovery rate in large-scale proteomic studies. More specifically, it can be useful for tuning software tools parameters, but also testing new algorithms for label-free quantitative analysis, or for evaluation of downstream statistical methods. The raw MS files can be downloaded from ProteomeXchange with identifier PXD001819. Starting from some raw files of this dataset, we also provide here some processed data obtained through various bioinformatics tools (including MaxQuant, Skyline, MFPaQ, IRMa-hEIDI and Scaffold) in different workflows, to exemplify the use of such data in the context of software benchmarking, as discussed in details in the accompanying manuscript [1]. The experimental design used here for data processing takes advantage of the different spike levels introduced in the samples composing the dataset, and processed data are merged in a single file to facilitate the evaluation and illustration of software tools results for the detection of variant proteins with different absolute expression levels and fold change values.
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A welch t-test (two-tailed t-test, unequal variances) based on triplicate MS analyzes was then performed on log2 transformed values using the Perseus toolbox (version 1.4.0.11; http://141.61.102.17/perseus_doku).
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