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. 2016 Aug 25:9:169-76.
doi: 10.1016/j.dib.2016.08.035. eCollection 2016 Dec.

Data generated from three quantitative mass spectral methods for the analysis of trivalent influenza vaccine antigens are compared

Daryl G S Smith  1 , Geneviève Gingras  1 , Yves Aubin  1 , Terry D Cyr  1
Affiliations

Data generated from three quantitative mass spectral methods for the analysis of trivalent influenza vaccine antigens are compared

Daryl G S Smith et al. Data Brief. .

Abstract

Herein we present the data necessary for generation of alternative means to produce equimolar mixtures of peptides ("Design and Expression of a QconCAT Protein to Validate Hi3 Protein Quantification of Influenza Vaccine Antigens" (D.G.S. Smith, G. Gingras, Y. Aubin, T.D. Cyr, 2016) [1]), such as QConCAT ("Trends in QconCATs for targeted proteomics" (J. Chen, I.V. Turko, 2014) [2] , "Natural flanking sequences for peptides included in a quantification concatamer internal standard" (C.S. Cheung, K.W. Anderson, M. Wang, I.V. Turko, 2015) [3]) and SpikeTides versus the label free Hi3 approach. The experimental design and the interpretation of results are discussed in the original article [1].

Keywords: Hemagglutinin; Hi3; Influenza; Optimization; Protein quantitation; QConCAT.

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References

    1. Smith D.G.S., Gingras G., Aubin Y., Cyr T.D. Design and expression of a QconCAT protein to validate Hi3 protein quantification of influenza vaccine antigens. J. Proteom. 2016;146:133–140. - PubMed
    1. Chen J., Turko I.V. Trends in QconCATs for targeted proteomics. TrAC Trends Anal. Chem. 2014;57:1–5.
    1. Cheung C.S., Anderson K.W., Wang M., Turko I.V. Natural flanking sequences for peptides included in a quantification concatamer internal standard. Anal. Chem. 2015;87(2):1097–1102. - PubMed

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