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Join Panel Discussion on AI & Multi-Omics for Translational Research

Precision Multi-omics and AI services for translational research Precision Multi-omics and AI services for translational research

Multi-Omics & AI Services

Harness the innovations of today for better precision medicine tomorrow
Lost in translation? Gain clarity with Precision
Design your multi-omic and AI strategy with a team of translational scientists who've helped hundreds of translational programs move forward. Between the scientific question and a confident decision lies a critical gap, the translational chaos, where study plans drift, sample availability is limited, and biological signals risk being lost in translation.
Integrated AI and multi-omics technologies for stronger early development outcomes

Turn Translational Chaos
into Clinical Clarity

While AI and multi-omics technologies are increasingly accessible, their value depends on a coherent strategy. Without a coordinated multi-omic or AI strategy from the start, teams often encounter avoidable hurdles: 

  • Multiple contracts and mismatched data structures that slow progress 

  • Limited tissue which increases the risk of exhausting precious material 

  • Difficulty comparing findings across platforms or sites 

  • Decision fatigue and wasted financial resources on omics that don’t yield answers

Omics Strategies that Drive Progress

Achieve clarity and confidence in your translational research with structured decision frameworks, compelling biological narratives, and fit-for-purpose assay sequences for every omic. Using an integrated approach Precision transforms complex data into actionable insights, helping you move seamlessly to your next phase.

Our approach protects each specimen and elevates it to a strategic waypoint, so every draw or biopsy contributes meaningfully to your multi-omic strategy. 

  • Genomics to understand trial participants
    Genomics

    Genomics

    Understanding the participants

    Whole genome sequencing, whole exome sequencing, NGS, ddPCR, qPCR and more.

    • Use for: Understanding germline and somatic variations
  • Epigenomics for stable immune and disease signatures
    Epigenomics

    Epigenomics

    Stable immune & disease signatures

    Epigenetic based immune monitoring, methylation.

    • Use for: Immune monitoring, novel biomarker development
  • Transcriptomics to understand gene expression
    Transcriptomics

    Transcriptomics

    What's being expressed

    Bulk/single-cell RNA, Nanostring, RT-ddPCR, RT-qPCR, targeted panels, TCR/BCR.

    • Use for: Mechanism of action, pathway activation, subtyping
  • Proteomics to identify the right biomarkers
    Proteomics

    Proteomics

    What are the biomarkers

    PK/ADA/NAb, targeted protein panels (MSD/Olink), cytokines.

    • Use for: Target engagement, PD biomarkers, dose optimization
  • Cytomics to identify which cells are responding
    Cytomics

    Cytomics

    Which cells respond

    Spectral flow, immunophenotyping, functional assays (ELISpot), cell kinetics.

    • Use for: Microenvironment mapping, gene & cell therapy monitoring
  • Spatialomics to detect biological signals
    Spatialomics

    Spatialomics

    Where biology happens

    Low & High-plex mIF, spatial biology to localize cell–cell interactions.

    • Use for: ADC discovery & development, Tumor Microenvironment (TME) Characterization

     

  • Pathomics to study the biological microenvironment
    Pathomics

    Pathomics

    Microenvironment zoom out

    Board-certified reads + image analysis; consistent, scalable scoring.

    • Use for: Robust endpoint research, AI-assisted quantification

Building a Multi-Omic and AI Strategy that Actually Works

  • Actionable omics: Generate the right data aligned to your therapeutic context, modality, and mechanism of action
  • Biological diversity captured: Custom designed and bespoke assays that capture the data you need at the biological levels that matter most to your mechanism of action 
  • AI where it helps: partner platforms accelerate interpretation, interrogation, and integration
  • Regulatory & central lab support: Consultation to plan for the future 
Precision's therapeutics and diagnostic multi-omics development capabilities

Precision is Purpose-Built to Power Modern Therapeutic and Diagnostic Multi-Omic Development

With expertise in today’s most advanced techniques for deeply interrogating samples and understanding patient biology at scale, Precision helps you tackle the most complex global development challenges. Our integrated approach ensures every specimen delivers meaningful insights for therapeutic, diagnostic, and CDx programs.

2000 Therapeutic, diagnostic, and CDx programs supported
5 Specialty Labs across North America and Europe
35M Clinical Samples managed

Rethinking your multi-omics sample strategy 

ApoStream® recovers viable circulating tumor cells from liquid biopsy, preserving morphology and enabling downstream multi-omic analysis when tissue is scarce.  

Case Study

Therapeutic Target Analysis in CTCs Isolated from NSCLC Patients Using ApoStream®

Download Case Study
Therapeutic Target Analysis in CTCs Isolated from NSCLC Patients Using ApoStream®

Curated Insights

Experiences, tips, and perspectives from experts on the front lines of research. 

All Resources
  • Brochure

    Guiding the Way for Novel Therapeutics in Complex Indications

    Download Brochure
    Guiding the Way for Novel Therapeutics in Complex Indications
  • Brochure

    Translational and Biomarker Sciences: Enabling Breakthroughs

    Download Brochure
    Translational and Biomarker Sciences: Enabling Breakthroughs
  • eBook

    Journey of a Therapeutic Antibody: Preclinical to Clinical Proof of Concept

    Download eBook
    Journey of a Therapeutic Antibody: Preclinical to Clinical Proof of Concept

Additional insights on AI & Multi-Omics

Read: Lost in Translation: Turning Multi-omic Chaos into Clinical Clarity Lost in Translation: Turning Multi-omic Chaos into Clinical Clarity

Translational Research - Lab Services

Lost in Translation: Turning Multi-omic Chaos into Clinical Clarity

|
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  • Darren D. avatar Deborah P. avatar Robert S. avatar
  • Darren D.

    Deborah P.

    Robert S.

Read: Reflect on 20 Years of Cancer Research with MIRROR Biospecimens Reflect on 20 Years of Cancer Research with MIRROR Biospecimens

Translational Research - Biospecimens

Reflect on 20 Years of Cancer Research with MIRROR Biospecimens

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  • Kaylee Mueller avatar

    Kaylee Mueller

Read: How AI & Biomarkers Are Reshaping the Next Frontier in Drug Development How AI & Biomarkers Are Reshaping the Next Frontier in Drug Development

Translational Research - Biomarkers - Oncology

How AI & Biomarkers Are Reshaping the Next Frontier in Drug Development

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  • Rob Maiale avatar

    Rob Maiale