Dr. Henning Ulrich (University of Sao Paulo) presents tissue cytometry in neuroscience, showcasing applications in Alzheimer’s disease models, amyloid plaques, and neuroinflammation research.

Immunofluorescence image analysis combined with tissue cytometry enables in-depth study of protein expression, cell interactions, and spatial biology. Learn how multiplex IF, whole-slide imaging, and AI-driven analysis are shaping the future of digital pathology.

Image-based cytometry is transforming tissue analysis by combining microscopy with flow cytometry features. It enables rapid, automated characterization of cells in their native environment, advancing pathology, oncology, and precision medicine with AI integration.

In this webinar, Dr. Rupert Ecker (CEO, TissueGnostics & Adjunct Prof. QUT) explores precision microscopy and tissue cytometry in oncology research, showcasing advanced imaging strategies at the Translational Research Institute (TRI), Brisbane.

Spatial tissue cytometry preserves cells in their native environment, enabling single-cell analysis and spatial insights into tissue organization. Discover how TG’s imaging and analysis platforms unlock powerful applications in research and precision medicine.

In the article for Eurolab magazine, Anastasiia Marchuk and Felicitas Mungenast (TG) discuss how tissue cytometry can help to unravel the complexity of cellular populations in the tissue environment. Read the artcile to know more about present applications.

The Institute of Pathophysiology and Allergy Research (MedUni Vienna) has been named a Center of Excellence for Quantitative Digital Microscopy by TissueGnostics, recognizing its pioneering use of the TissueFAXS platform in over 45 high-impact publications.

A study using TissueFAXS CHROMA and StrataQuest revealed that CD103+CD39+CD8+ TRM cells accumulate in colorectal liver metastases compared to adjacent liver tissue. These findings highlight their potential as therapeutic targets in advanced colorectal cancer.