Microscopy Australia’s MyScope platform offers free online modules with theory, simulators, and quizzes to support training in microscopy techniques.

AI is transforming live cell imaging by enhancing detection, segmentation, and immunophenotyping. Discover how AI-driven analysis accelerates precision medicine, supports spatial phenotyping, and improves our understanding of disease pathology.

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

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

QUAREP-LiMi releases standardized guidelines for light microscopy. Dr. Rupert Ecker contributed to checklists improving image quality, reproducibility, and communication.

Dr. Rupert Ecker co-authored a review on genomic and phenotypic biomarkers guiding precision medicine in advanced prostate cancer, highlighting strategies for diagnosis, prognosis, and treatment prediction.

Dr. Nidhi S. Dey (University of York) presents her work on spatial analysis of IDO1 and PD-L1 in cutaneous leishmaniasis, uncovering immune checkpoint targets for treating this neglected parasitic disease.

A new MDPI Genes special issue, co-authored by Dr. Rupert Ecker (TissueGnostics) & Prof. Jyotsna Batra (QUT), explores genetic mechanisms and digital histopathology in hormone-sensitive cancers. The book covers methods and new insights in cancer biology and is available for free to read.

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.

In Trillium Diagnostik, Dr. Felicitas Mungenast and Alexander Stickler-Barang highlight the role of immunophenotyping in tissue sections for diagnosing diseases. The full article is available in German.

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.

As AI moves beyond hype, it is shaping biomedical research and clinical practice. In our Dossier on AI in Biomedicine, experts explore current applications, challenges, and how AI could transform healthcare by 2050.