Resource Library

biomarker discovery services partner

What Discovery Metabolomics Reveals About Human Biology

Novel biology is the key to discovery, and metabolomics enables scalable measure of varied functional metabolic states in humans.

Accelerating Biomarker Discovery with AI-Enhanced Omics

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

The Omics Brief | Next-Gen FFPE Proteomics: Turning yesterday’s tissue into tomorrow’s breakthroughs

Discovering novel functional markers that capture tumor biology, TME interactions, and drug response/resistance in archived tissue.

Mass Spectrometry-Based FFPE Proteomics as a Transformational Platform for Modern Oncology R&D

Going beyond IHC to, for the first time, directly quantify the functional protein landscape of tumors in FFPE samples.

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.

FFPE Multi-Omics for Precision Oncology Platforms

Extending molecular insights beyond DNA and RNA to realize new value in existing FFPE tissue biobanks.

The Bio Report: “Rewriting Drug Discovery with an AI-Multi-Omics Approach”

A look at how AI-driven, multi-omics platforms are advancing the discovery and development of precision medicines.

FFPE Multi-Omics for Clinical Oncology

Unlocking functional biology, new biomarker insights, and responder profiles from archived trial samples.

The Omics Brief | Proteomics at the Edge: Mapping the Cell Surface for Target Discovery

Using TAA profiling to identify differentially expressed, disease-modifying, tractable targets on the cell surface.

FFPE Multi-Omics for Translational Oncology

Delivering quantitative, reproducible protein measures for rapid proof-of-mechanism & target engagement insights.

Systematic Inflammatory Profiling Reveals Immune Modulation in Response to Weight Loss Intervention

Using multi-omics to characterize changes in inflammatory markers observed following GLP-1 therapy.

FFPE Multi-Omics for Discovery Oncology

Transforming archival tissue into a discovery-ready resource to move from target discovery to functional validation, in weeks.