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Posters

Poster

Automation of Nanoparticle-Based Plasma Enrichment on the Opentrons Platform Enables Scalable, Reproducible Plasma Proteomics

Poster

Immunopeptidomics Profiling of Healthy Tissue Matched to Primary and Metastatic Tumor Samples

Poster

Advancing Plasma Proteomics Through a Next-Generation Single- Particle Enrichment Workflow for Deeper and More Quantitative Biomarker Discovery

Poster

Detection of In Source Fragmentation Enhances Library Free DIA for Immunopeptidomics

Poster

Automation of P2 Nanoparticle-Based Plasma Enrichment on the Opentrons Enables Scalable, Reproducible Plasma Proteomics

Poster

Identifying Circulating Biomarkers for Amyloid Conversion and Early Cognitive Decline Through Unbiased Proteomics in Matched CSF and Plasma

Poster

Generalizing Deep Learning Predictions to Unseen PTMs with Atomic Encoding

Poster

Boosting Sample Preparation at Low Protein Input: A Workflow Engineered for Optimal Recovery and High Throughput

Poster

Optimized FFPE Tissue Processing: Complete Workflow for In-Depth Proteome Analysis of Multiple FFPE Formats

Poster

Retention Time Down-Sampling Improves Sensitivity and Lower Limits of Quantification of prm-PASEF

Poster

Development and Qualification of an Ultra-Sensitive SISCAPA-MS Assay for UBE3A Quantification in Human CSF for Angelman Syndrome Research

Poster

Sensitive Antigen Discovery Using Library Free DIA with Integrated In-Source Fragmentation Detection

Poster

In-Depth Characterization of the P2 Enrichment Workflow

Poster

In-Depth Plasma Proteome Profiling Reveals Disease-Associated Signatures in a Colorectal Cancer Pilot Study

Poster

Multi-Platform and Multi-Laboratory Evaluation of a Quantitative Metabolomics Assay Targeting Over 1,200 Metabolites Using AI-Driven Peak Picking

Poster

High-Performing PepSep Advanced Columns Enable Deep Profiling of P2-Enriched Plasma Samples on the Orbitrap Astral

Poster

Performance, Carry-Over and Robustness Evaluation of a Newly Available LC-MS/MS Setup for Bottom-Up Proteomics Profiling

Poster

Standardized Large-Panel Quantitative Metabolomics and Lipidomics Using the biocrates Quant 1000 Kit Validated on the SCIEX Triple Quad 7500 System

Poster

Broad Profiling, Quantitative Metabolomics Using the biocrates Quant 1000 Kit Optimized for the Bruker EVOQ DART-TQ+ Mass Spectrometer

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