Drive confident decisions with integrated histopathology, advanced imaging, and expert-led tissue analysis across global clinical programs.
Modern clinical research demands more than traditional pathology. Today’s programs rely on deep tissue insights, advanced biomarker characterization, and reproducible data that can scale across global trials.
To generate decision-ready evidence, you need harmonized workflows, validated assays, and scientific expertise that connects tissue-level observations to clinical outcomes.
We provide end-to-end anatomic pathology and tissue analysis solutions, supporting your program from early assay development through to validated clinical trial testing across therapeutic areas like oncology, neurology, and beyond.
Our integrated capabilities include:
With globally harmonized laboratories and standardized processes and platforms, we deliver consistent, high-quality data you can rely on at every stage.
Our integrated anatomic pathology, imaging, and tissue analysis capabilities help generate meaningful insights across the drug development continuum, supporting:
Develop robust, reproducible assays using validated methods across global laboratories, ensuring consistency from early development to clinical application. Access our catalog of 250+ validated assays and custom development solutions.
Generate deeper insight from tissue samples through multiplex staining and advanced imaging, enabling simultaneous analysis of multiple biomarkers within a single sample. Stain multiple proteins at once for complex phenotyping and visualization of cell-cell interactions.
Leverage digital pathology platforms and AI-supported image analysis tools to quantify biomarker expression and tissue architecture with precision and reproducibility. Find out about our solutions for advanced image analysis and for digital pathology.
Accelerate antibody development with high-throughput screening capabilities:
Access high-quality biological samples, including FFPE tissues and control materials, supported by standardized processing and storage workflows to ensure data integrity.
Detect RNA in tissue sections through both simplex and multiplex solutions.
Bring your studies to the next level with spatial transcriptomics and proteomics.
Discover our offers for histopathology on animal models and tissue cross-reactivity analysis.
Explore how multiplex spatial analysis differentiates resident microglia and infiltrating macrophages within the glioblastoma tumor microenvironment.
See how advanced multiplex IF enables precise detection and spatial mapping of resident memory T cells across solid tumor tissues.
Understand how multiplex IF supports detailed immune checkpoint profiling within complex tumor microenvironments.
Discover how spatially resolved multiplex analysis reveals regulatory and effector T-cell interactions within the tumor microenvironment across multiple tissue types.
Learn how a combined multiplex IHC and flow cytometry approach enables comprehensive profiling of immunosuppressive cells in lung cancer.
See how validated multiplex IHC panels support reproducible identification of regulatory T cells in clinical oncology studies.
