Proteomics workflows are often constrained by a hidden bottleneck: sample preparation variability, which compromises analytical precision and introduces bias in complex, clinically relevant samples like Formalin Fixed Paraffin Embedded (FFPE) tissues. What if you could eliminate these extraction and digestion inconsistencies without sacrificing proteome depth or sequence coverage?
In this comprehensive white paper, "From Variability to Standardization," authors Deb Bhattacharyya, Ph.D. and Sameer Vasantgadkar reveal how Adaptive Focused Acoustics (AFA®) technology brings greater control and consistency to protein sample preparation across diverse sample types, input amounts, and analytical workflows.
Access the full report to discover how to:
- Overcome Extraction Bottlenecks: See how utilizing precise, tunable acoustic energy enables consistent protein extraction, active deparaffinization, and disruption across challenging matrices like FFPE tissues, fresh frozen tissues, and heterogeneous cells.
- Accelerate Digestion While Maintaining Data Quality: Learn how AFA technology accelerates protein digestion to just 60 minutes through uniform mixing and controlled temperature conditions, eliminating the unreliability of traditional overnight processes.
- Reduce User Error and Technical Variance: Explore how comprehensive, automation-ready workflows in 96-well formats reduce manual liquid transfers, minimize technical noise, and improve reproducibility for high-throughput biomarker discovery.
- Unlock Multiomics Capabilities: Discover how AFA's independently tunable energy permits the sequential extraction of proteins, nucleic acids, and metabolites from the exact same sample to support scalable, highly concordant multiomics integration.
