Resource Library

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What Your Tumor Biology Data Isn’t Telling You: Closing the Functional Gap with Proteomics

Learn how protein-level evidence can augment or replace genomic inference at critical drug development decision points.

Technology Networks Feature: How Protein Mapping Could Transform Target Discovery in Precision Oncology

On the use of comprehensive tumor proteomics to identify cancer targets and biology hiding beyond DNA and RNA.

Sapient Launches Proteomics Atlas of Normal Human Tissue Biology to De-risk Target Selection and On-Target, Off-Tissue Safety Assessment

Query target protein expression across 15+ normal human tissues to establish baseline biological context for drug development.

Sapient Launches Tumor Protein Mapping Platform to Characterize Functional Biology Across Critical Dimensions in Human Tumors

Introducing SurfaceSeek™, SignalingSeek™, ImmuneSeek™, and ResistanceSeek™ – optimized for fresh & FFPE human tumors.

NULISAqpcr™ AD 5-plex Assay for Alzheimer’s Biomarkers

Enabling absolute quantitation of APOE4, BD-pTau217, Aβ42, GFAP, and NfL in a single multiplexed assay.

Accelerating Biomarker Discovery with AI-Enhanced Omics

On closing the gap between molecular measurement & clinical meaning, rapidly extracting actionable biological signals.

Inside Sapient’s Multi-Omics Revolution: A Deep Dive with Founder Mo Jain

PharmaShots delves into Sapient’s mission to transform multi-omics research through innovation & world-class partnerships.

Sapient Launches Next-Generation FFPE Proteomics Platform to Unlock New Functional Insights from Archived Tissue

Enabling measure of 10K+ proteins in FFPE tissue & tumors and multi-omic molecular mapping of tumor biology.

Sapient Bioanalytics awarded two U.S. patents for its novel machine learning-powered mass spectrometry (MS) methodologies

The innovations enhance how MS data is processed, filtered & interpreted across large-scale biological datasets.

Bioanalysis Zone Feature: Scaling biomarker discovery—more data, deeper insights

Bridging the gap from large-scale omics data generation to deep characterization of disease & treatment biomarkers.

Sapient publishes breakthrough rLC-MS metabolomics study in over 26,000 samples, revealing metabolic aging clock and disease insights

Detailing the rLC-MS method & its use to predict clinically relevant physiological states at scale in human populations.

The Scientist Feature: Proteomics 2.0 and Its Impact on Drug Development

Exploring key innovations have converged to transform the utility of proteomics in drug discovery & development.