Bruker Daltonics, October 2019

HUPO 2019: Breakthrough diaPASEF workflow for CCS-aware 4D proteomics
A new approach, presented at HUPO 2019, revolutionizes the proteomics market. The timsTOF Pro known for its high speed, sensitivity and robustness combined with diaPASEF offers new possibilities in the field of 4D proteomics. Watch the video to learn more from Dr. Hannes Röst, University of Toronto and Prof. Ruedi Aebersold from the ETH Zurich about the perfect match of timsTOF Pro and diaPASEF.

diaPASEF: label-free quantification of highly complex proteomes
Overcome the challenges of quantitative proteomics by applying diaPASEF. In this application note the diaPASEF approach is used to investigate the potential for in-depth analysis of complex proteomics samples from digests of HeLa, Yeast and  E.coli. Read more on the impressive results.

Bruker's Mass Spec solution for short gradient analysis
Discover how the combination of the optimized nanoElute coupled to the timsTOF Pro with PASEF, allows efficient use of acquisition times in short gradients. Instrument users now benefit from an analytical depth of  > 4000 protein group IDs in unprecedented speed.

Phenomics: Strategic Alliance between Murdoch University and Bruker 
Bruker and the Murdoch University announced to support the Centre of Excellence in Metabolomic Phenotyping at the Australian National Phenome Center with MS and NRM phenomics solutions to enable researchers to examine the complex interactions of genes, the enviroment and lifestyle of human metabolic health.

Enabling in-depth proteome analysis with trapped ion mobility spectrometry 
Recent developments in MS technology have enabled a fourth dimension of analysis: ion mobility separation. Learn more about 4D proteomics and read in this article how to overcome the challenges of clinical proteomics.

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