Freedom to choose leading multiplex immunofluorescence chemistries with ZEISS tissue multiplexing workflow
Bringing leading multiplex immunofluorescence chemistries together in one automated 8-channel imaging platformZEISS is introducing an enhanced workflow with the ZEISS Axioscan 7 spatial biology automated slide scanner, with an integrated newly launched data analysis solution, now offering seamless compatibility with a broad range of established tissue multiplexing reagent chemistries.
The new workflow enables researchers and translational scientists to accelerate biomarker validation and clinical studies, driving faster impact for patients.
Broad compatibility with leading reagents
The system supports both DNA-barcoded multiplex immunofluorescence (mIF) and Tyramide Signal Amplification (TSA)-based chemistries, including leading solutions like: InSituPlex assay from Ultivue by Vizgen, SignalStar® mIHC by Cell Signaling Technology, and StreptaClick® TSA panels by Kromnigon. Researchers can also deploy a wide variety of fluorophores – spanning industry standards like OPAL™ dyes as well as next-generation TSA dyes from Spatomics – to achieve robust, high-resolution imaging in 8-plex assays and beyond.
Integrated brightfield & fluorescence imaging
In addition to mIF, the system enables imaging of immunohistochemistry (IHC) and hematoxylin and eosin (H&E) slides within the same run. Scientists can now combine multiplex fluorescence and brightfield assays in a single, streamlined batch, simplifying laboratory workflows and enhancing data integration across assay modalities.
High-capacity, walk-away automation
Engineered for efficiency and throughput, the platform accommodates up to 100 slides per run and provides fully walk-away automation – from scanning to integrated image analytics with Mindpeak PhenoScout AI. This closed-loop approach reduces operator hands-on time while ensuring reproducible results across large-scale studies, regardless of the reagent choice.
Accelerating spatial biology workflows
“Consistency in imaging quality, automation, and analysis is critical – and can now be paired with the flexibility to select the reagent chemistry that best meets project needs”, said Michael Albiez, Head of ZEISS Research Microscopy Solutions. “With this platform, we deliver an open yet fully integrated solution that unifies mIF, IHC, and H&E imaging in one seamless workflow – empowering labs to move faster from sample to insight with confidence.”
Customers can prioritize the strengths of different reagent chemistries – sensitivity, panel flexibility, protocol duration or ease of use – without compromising workflow integration, imaging quality or throughput, ensuring unmatched flexibility in their research approach.