TissueGnostics will be at the ASI 2025 meeting, 1–5 December in Perth, Australia. Join one of the region’s largest immunology events and meet our team to discuss your imaging needs.

Multiplex fluorescence imaging of tonsil tissue analyzed in StrataQuest to quantify and map T-cell subsets within and around germinal centers.

TissueGnostics and CrestOptics hosted a webinar demonstrating how TissueFAXS Confocal Cytometers integrate high-throughput imaging, modular workflows, and real-world applications in biomedical research.

Researchers from Soochow University investigated the B7-H4/USP2a axis in lung cancer using TissueFAXS Spectra for TMA imaging and StrataQuest for protein expression analysis.

A case study using StrataQuest image analysis on IF-processed cultured cells. The workflow automated cell identification, nuclei and cytoplasm counting, and marker intensity quantification.

The newest StrataQuest supports in-depth neighborhood analysis with exportable data for statistics. It includes manifold learning (t-SNE, UMAP, SONG), violin plots, 3D diagrams, and other tools that give full control of data.

Precision medicine is reshaping healthcare by tailoring treatment to each patient’s molecular profile. With tools like tissue cytometry, TissueFAXS, and StrataQuest, researchers can uncover genetic drivers, track therapy response, and advance personalized care.

Immunofluorescence image analysis is a powerful tool for profiling tumor microenvironments, but multiplexing and complex datasets bring major challenges. With tools like TissueFAXS SPECTRA and StrataQuest, researchers can optimize workflows and improve accuracy.

Dr. Amirreza Mahbod presents how deep learning enhances nuclei segmentation and tackles challenges in histological image analysis.

The IF Dots App in StrataQuest streamlines automated analysis of FISH stainings by detecting nuclei and quantifying dots per cell. This case study shows how the workflow enables accurate, exportable data for genetics research and clinical applications.

FISH is a powerful imaging-based technique for detecting DNA and RNA sequences directly in cells and tissues. This post explores the advantages of FISH, its complementary methods like CISH and RNAscope, and how TG solutions streamline automated FISH analysis.

How does FISH image analysis advance digital pathology? Learn how whole-slide imaging and AI-powered algorithms enable fast, accurate detection of chromosomal abnormalities, streamline workflows, and open new possibilities for precision medicine.

Deep learning is transforming cell counting by enabling precise nuclei segmentation, even in dense tissue microenvironments. Learn how TissueGnostics applies deep neural networks (DNNs) to automate and improve accuracy in tissue cytometry workflows.

Cell counting is central to biomedical research, but accuracy depends on advanced algorithms. This blog explores manual vs automated methods, and how TissueGnostics’ AI-driven cell counting algorithms enable reliable, high-throughput image-based analysis.

Prof. Nicolas C. Hoch, University of Sao Paulo, is presenting his research on signaling and repair of DNA damage. He and his group are utilizing the power of TissueFAXS i PLUS slide scanning and the high-end image analysis solution, StrataQuest, for their research.

Dr. Thomas Diefenbach, The Ragon Institute Boston, presents various approaches for multiplexing IF, utilizing the power of TissueFAXS high-throughput automated slide scanning and StrataQuest powered high-end image analysis.

Characterizing the tissue microenvironment reveals how cells and structures interact in health and disease. This blog highlights its role in cancer research and how TissueGnostics solutions enable advanced imaging and quantitative analysis.

Dr. Thomas Diefenbach and colleagues at the Ragon Institute analyzed B and T cell populations in COVID-19 patient lymph nodes using TissueFAXS and StrataQuest. Their microscopy and image analysis revealed disrupted germinal centers and impaired humoral immunity.