Mouse brain, 5 μm cryo section, qDOT labeled: DAPI, CD31(endothel); GFAP (astrocytes)
Courtesy of Dr. Kumiko Isse, Department of Pathology | University of Pittsburgh & Thomas E. Starzl | Transplantation Institute
Use Case

Pathology Research

High-resolution imaging and digital workflows empower precise diagnosis, biomarker discovery, and translational research.

From tissue analysis to AI workflows

ZEISS microscopy solutions empower pathology researchers with cutting-edge tools designed to enhance accuracy, efficiency, and insights in disease analysis. By combining advanced imaging technologies, such as high-resolution light and electron microscopy, with intuitive software for image analysis and data management, ZEISS enables researchers to visualize and quantify cellular and tissue structures with unparalleled clarity. These solutions support a wide range of pathology applications, from routine diagnostics to translational research, facilitating deeper understanding of disease mechanisms and accelerating the development of targeted therapies. With a commitment to precision and innovation, ZEISS helps pathology professionals achieve reliable results while streamlining workflows to meet the demands of modern research.

Overall, whole-slide imaging is essential for the study of the pancreas and of type 1 diabetes. Understanding and characterizing the large heterogeneity and the changes that we observe in the pancreas during disease progression, even within an individual, is greatly needed in order to move towards successful therapeutic and preventive strategies in diabetes.

Dr. Teresa Rodriguez-Calvo Institute of Diabetes Research (Helmholtz Zentrum München), Germany
  • Exceptional image quality & resolution

    With technologies like advanced digital slide scanning and super-resolution confocal microscopes, ZEISS enables precise imaging for complex pathology applications, such as tumor microenvironment studies or biomarker localization.

  • Advanced digital and multiplex workflows

    Whole-slide scanning, spectral unmixing, and multiplex fluorescence imaging enable AI-ready, quantitative pathology across large tissue sections.

  • Correlative & live-cell capabilities

    From live 3D organoid imaging to correlative light and electron microscopy, ZEISS systems bridge dynamic processes and ultrastructure.

From complexity to clarity

Workflow automation for spatial biology at scale

ZEISS solutions for spatial biology facilitate the seamless integration of spatial profiling into your workflows, ensuring efficient and consistent multiplexed spatial profiling at scale.

 

Pathology FAQs

  • For high-volume digital pathology and whole-slide scanning, ZEISS Axioscan 7 is the flagship choice. It offers fully automated, high-resolution scanning of brightfield and fluorescence slides up to 100×, fast batch loading (up to 100 slides), and seamless integration with ZEN and arivis analysis software for AI-ready image management.

  • ZEISS automation solutions are specifically designed to eliminate workflow bottlenecks and reduce operator dependency in pathology labs. Our Axioscan 7 Spatial Biology with SlideStream Workflow Manager delivers a truly hands-off experience.

  • Yes. Platforms like LSM Airyscan, Axio Observer and the Axioscan 7 support high-plex fluorescence imaging, while ZEN software’s spectral unmixing accurately separates overlapping markers.

  • Systems such as LSM 990 or Elyra 7 capture sub-cellular details and multiple biomarkers in thick tissue, enabling precise tumor microenvironment analysis and molecular pathology.

  • ZEISS arivis software suite can handle very large 2D, 3D, and 4D datasets—such as multiplexed whole-slide scans—without down-sampling. They provide AI-driven segmentation, quantitative biomarker analysis, and interactive 3D visualization, making it easy to measure cell populations, map tumor microenvironments, and integrate results with other research or clinical data systems.

Comprehensive Solutions and Capabilities

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