This collaboration between Seer and Protein Metrics presented at the American Society for Mass Spectrometry describes the formation of NP protein coronas that enable analysis of subpopulations of the glycoproteome without the need for subsequent, glycopeptide-specific enrichment.
This poster presented at the American Society for Mass Spectrometry describes the Proteograph™ Analysis Suite featuring multiple, integrated MS/MS database search engines including MaxQuant and DIA-NN, with automatic results generation, QC tools to evaluate data quality, and differential expression analysis for seamless generation of proteomics results.
This poster describes an informed MS acquisition strategy improving sample-specific peptide/protein identification rates as well as reduced DDA stochasticity in repeated injections. The workflow leverages Seer’s current nanoparticles and generalized enrichment behaviors to inform MS instruments to increase orthogonality across panels maximizing ID rates.
Presented at the 2021 British Society for Proteome Research meeting, this poster provides an overview of Seer’s proprietary engineered nanoparticles that enable deep plasma proteomics studies at scale.
From ESHG 2021, this poster demonstrates that the Proteograph Product Suite can be used for unbiased and deep plasma proteome profiles that enable identification of protein variants in plasma at a scale sufficient to enable population-level proteomic studies.
From AACR 2021, this poster demonstrates that measurements at the peptide level for the plasma proteome enable quantification of differential isoform abundance patterns using the Proteograph Product Suite.
Proteograph Product Suite in combination with the timsTOF Pro provides a high-performance combination for rapid deep, precise, and accurate proteome profiling for biomarker discovery and biomedical research