• Andrew Webb

4D Proteomics enabled Maxquant demonstrates unprecedented depth of coverage.

Updated: Apr 28

The recent adoption of trapped ion mobility into the sensitive and ultra-high resolution Bruker TOF platform, has created a remarkably powerful instrument. The timsTOF Pro directly provides an accurate measure of the collisional cross-sectional (CCS) area of every molecule being analysed and can drastically boost proteome coverage, quantification accuracy and dynamic range of analysed samples.

In a remarkable achievement, Prof. Jürgen Cox at the Max Plank Institute has continued to develop Maxquant, his freely available proteomics analysis software, over a 12-year period, whilst remaining ahead of the pack in the fast-paced mass spectrometry field. His recent publication in Molecular & Cellular Proteomics, which outlines arguably his biggest update since its release in 2008, now provides full support for the timsTOF Pro’s ion mobility data.

Using IonOpticks Aurora Series columns, he demonstrates the unprecedented identification depth of single shot HeLa runs and additionally, the quantitative precision using ground-truth seeded samples. Also, they clearly demonstrate that by making match-between-runs CCS-aware, this greatly reduces the missing value problem that plagues most other data dependant-based approaches.

MaxQuant software for ion mobility enhanced shotgun proteomics.

Mol Cell Proteomics. 2020 Mar 10. doi: https://doi.org/10.1074/mcp.TIR119.001720. Prianichnikov N, Koch H, Koch S, Lubeck M, Heilig R, Brehmer S, Fischer R, Cox J.


Copyright 2020. Patents Pending. All Rights Reserved.  

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