Latest Whitepapers

This whitepaper provides a roadmap for leveraging advanced proteomics platforms to identify biomarkers capable of detecting disease at its earliest stages.

This whitepaper highlights a ligation-based workflow that enhances gRNA purity and yield, delivering consistent performance for demanding genome editing applications.

This whitepaper shows how an industrialized MS platform delivers <5% median precision across protein groups and sustained reproducibility for FDA-approved biomarkers over nearly a year of plasma analysis.

This article explores how NGS-based proteomics addresses these challenges, highlights recent advancements in the field and examines its impact on multiomics research and precision medicine.

This whitepaper highlights new advances in ion generation, transmission and detection that collectively deliver a boost in sensitivity.

This whitepaper explores a novel blood collection tube (research use only) that provides extended plasma protein stability, limits preanalytical variability and supports high-quality data generation across multiple proteomic platforms.

This whitepaper presents validated bridging protocols and real-world case studies demonstrating successful method transfer strategies.

This whitepaper explores comprehensive strategies for overcoming workflow limitations while maximizing sensitivity in next-generation sequencing (NGS) applications.

This whitepaper highlights studies showcasing how optimized dissociation technologies enhance workflows in oncology, immunology, neuroscience and beyond.

This whitepaper explores the translational and clinical applications of IMC to develop biomarkers and future treatment strategies in neuro-oncology and neurodegenerative studies.