Download the posters below to learn more about the TIMS and PASEF technologies on the timsTOF Pro. Learn how TIMS and PASEF yield true CCS values and how they improve sensitivity, specificity and depth of coverage for proteomics as well as metabolomics, lipidomics, HCP, biopharma workflows.
Poster 2020: Deeper proteome coverage of musculoskeletal samples
Poster 2020: High-precision ion mobility calibration greatly improves diaPASEF analysis
Poster 2020: Streamlined sample processing coupled to PASEF strategy for in-depth proteome quantification
Poster 2020: "TimsPy": access timsTOF Pro data easily from Python
Poster 2020: New PRM-PASEF for highly multiplexed targeted acquisition in clinical samples
Poster 2020: Comparison of different processing pipelines for diaPASEF data
Poster 2020: PASEF for sensitive shotgun proteomics: toward single cell analysis
Poster 2020: Deep Profiling of Tyrosine Phosphorylation in Gastric Cancer Cells
Poster 2020: Deep, reproducible and high-throughput FFPE analyses: moving toward large-scale clinical omics applications
Poster 2020: PASER: Parallel Database Search Engine in Real-Time
Poster 2020: Ion Mobility Mass Spectrometry of Glyco- and Phospho-Peptides
Poster 2020: Reducing compression effects and expanding the multiplex capabilities on a trapped ion mobility Q-TOF
Poster 2020: Proteomic Analysis of BALF using the PASEF method: toward Lung Cancer Biomarker Discovery with 1D LC separation
Poster 2020: Highly Sensitivity Lysine Acetylation Profiling with Trapped Ion Mobility Spectrometry and PASEF
Poster 2020: Enhanced identification of bioactive peptides in meat hydrolysates by 4D peptidomics
Poster 2020: Simplified high-throughput methods for deep and targeted proteome analysis on the timsTOF Pro
Poster 2020: High throughput proteomics - Application of diaPASEF for short gradients
Poster 2020: Skyline Support for Proteome-wide Data Analysis of Bruker timsTOF diaPASEF Acquisition
Poster 2019: Fast nanoLC separations for high throughput body fluid analysis with a TIMS equipped QTOF and 4D feature alignment
Poster 2019: Short nanoLC gradients optimize throughput on a tims equipped QTOF for deep proteome measurements
Poster 2019: High Sensitivity PTM Characterization in Cell Lysates Using Trapped Ion Mobility
Poster 2019: Analysis of Histones from HEK293 Cells using a QTOF with Trapped Ion Mobility and PASEF Workflows
Poster 2019: Investigating Phytophthora methylation using Trapped Ion Mobility Spectrometry Mass Spectrometry
Poster 2019: Comparison of targeted proteomics approaches on a TIMS-Q-TOF
Poster 2019: Ion mobility enhanced matching between LC-MS runs improves identification and quantification in MaxQuant
Poster 2019: Analyzing the neuronal phosphoproteome A systematic comparison of Fusion Lumos and timsTOF Pro data
Poster 2018: Routine Analysis of Host Cell Proteins in Antibody Preparations using PASEF
Poster 2018: The PASEF method on a TIMS-QTOF mass spectrometer for High Sensitivity Phosphoproteomics
Poster 2018: Evaluation of TIMS MS and MS/MS data for targeted proteomics
Poster 2018: Maximized throughput and analytical depth for shotgun proteomics using PASEF on a TIMS equipped QTOF
Poster 2018: Evaluation of a timsTOF PRO UHR-Q-TOF bottom-up proteomics platform for Proteoform Profiling and Top-Down approaches
Poster 2018: PASEF on a TIMS-QTOF for reproducible, sensitive and highthroughput shotgun proteomics
Poster 2018: timsTOF Pro and PASEF Multiplying Sequencing Speed and Sensitivity in Mass Spectrometry-based Proteomics
Poster 2018: Trapped Ion Mobility Spectrometry and PASEF for Enhanced Observation of Chemically Crosslinked Peptides
Poster 2018: Rapid Isobaric Peptide Classification by Trapped Ion Mobility Spectrometry
Poster 2018: Deep proteome mining of FFPE tissue with PASEF Technology
Poster 2018: PEAKS™ Software for the processing of timsTOF Pro PASEF data: identification and label-free quantitation
Poster 2018: Application of PASEF MS/MS scans to monoclonal antibody peptide mapping
For Research Use Only. Not for use in clinical diagnostic procedures.