Week of 2026-W28 — curated scientific publications and applications using the EVOS S1000 Spatial Imaging System. Plankton & Zoom does not host paywalled content; links point to publishers and open repositories.
A 2025 Journal of Immunology abstract describing a streamlined multiplex immunohistochemistry workflow for spatial analysis of tumor microenvironments and disease states. The work aligns with the EVOS S1000’s role in making multiplex tissue imaging accessible for translational immuno-oncology studies.
A 2025 Journal of Immunology abstract on high-plex fluorescent labeling and spectral unmixing to phenotype tumor microenvironments. The approach matches the spectral multiplexing and unmixing capabilities built into the EVOS S1000 Spatial Imaging System.
A 2020 PLOS One methods article presenting a high-throughput imaging and quantification pipeline built around the EVOS imaging platform. While published before the S1000 launch, the pipeline principles — batch acquisition, standardised export formats and automated quantification — are directly applicable to EVOS S1000 spatial-imaging workflows.
A 2024 feature in The Pathologist discussing how the EVOS S1000 Spatial Imaging System improves scanning and processing of stained multiplexed tissue samples. The article highlights faster slide scanning, cleaner unmixing and a biology-focused interface for pathology and spatial-biology labs.
A 2025 KTH Royal Institute of Technology thesis evaluating antibody-labelling kits for multiplex imaging of tissue sections. The work supports the reagent-validation step that underpins reliable multiplex immunofluorescence on spatial imaging systems such as the EVOS S1000.
A 2024 KTH thesis exploring how protein-interaction data and cellular phenotyping can together predict immunotherapy response in metastatic bladder cancer. The phenotyping layer is conceptually aligned with high-plex spatial imaging workflows such as those enabled by the EVOS S1000.
A 2025 on-demand webinar from LabRoots featuring Thermo Fisher Scientific, focused on how the EVOS S1000 simplifies spatial proteomics entry for translational research. It covers 9-plex spectral fluorescence imaging, tissue-slide workflows and rapid data generation compared to traditional spatial platforms.
A 2025 technology spotlight demonstrating spectral multiplex fluorescence imaging on the EVOS S1000. The presentation focuses on practical panel design, spectral unmixing and generating high-quality spatial protein maps without the complexity of a core-facility instrument.