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Julia Kraegenbring

Bremen / DE

Thermo Fisher Scientific

Speaker

Mon, Oct 21
Poster presentation
P-I-0139
Assessment of high-resolution DIA methods and short gradients on high-throughput µPAC columns for maximum proteome coverage and quantitative performance
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0140
Label-free DIA-based workflow for single-cell proteomic analysis on an Orbitrap Exploris 480 mass spectrometer
New Technology: MS-based Proteomics

Further involvements

Mon, Oct 21
Poster presentation
P-I-0109
High-throughput high-resolution data-independent acquisition workflow on an Orbitrap exploris 480 hybrid mass spectrometer for accurate label-free quantitation
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0264
Label-free DIA-based workflow for single-cell proteomic analysis on an Orbitrap ascend tribrid mass spectrometer
Spatial and Imaging Proteomics
Mon, Oct 21
Poster presentation
P-I-0139
Assessment of high-resolution DIA methods and short gradients on high-throughput µPAC columns for maximum proteome coverage and quantitative performance
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0146
High-throughput high-resolution data-independent acquisition workflow on an Orbitrap ascend MultiOmics tribrid mass spectrometer for accurate label-free quantitation
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0135
Implementation of MS1 based real–time retention time adjustment on a hybrid Orbitrap mass spectrometer for directed and targeted proteomics
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0138
Evaluation of high dynamic range MS1 acquisition methods on a hybrid Orbitrap mass spectrometer
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0140
Label-free DIA-based workflow for single-cell proteomic analysis on an Orbitrap Exploris 480 mass spectrometer
New Technology: MS-based Proteomics
Mon, Oct 21
Poster presentation
P-I-0114
Ultra-high throughput workflow for robust and sensitive quantitative single cell analysis
New Technology: MS-based Proteomics