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Life ScienceMIKAIA UniversitySpatial Biology

Overview of MIKAIA’s Spatial Analysis Apps for Multiplexed Immunofluorescence Slides

A strong suit of MIKAIA® is its wide portfolio of analysis apps for multiplexed immunofluorescence (mIF) / spatial proteomics. It can be used for both low-plex and high-plex panels and is compatbile with image formats produced by many microscopes...

Avatar photoVolker Bruns
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Spatial Patterns can be discovered with MIKAIA using the FL Cell analysis app, for example
Digital PathologyLife ScienceMIKAIA UniversitySpatial Biology

More than AI-based Analysis:  Discover Spatial Patterns in your Whole Slide Images with MIKAIA

How can the advanced AI analysis capabilities of MIKAIA® assist researchers and clinicians in analyzing their digital pathology and spatial biology data? This talk provides an overview of MIKAIA’s advanced features, highlighting useful...

Avatar photoMichaela Benz
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MIKAIA screenshot of a 47-plex spatial proteomics scan created with a MACSima instrument
Life ScienceMIKAIA UniversitySpatial Biology

Analyzing MACSima 47-plex mIF with MIKAIA: AI Cell Segmentation + Cell Typing + Cell-cell Connections + Cellular Neighborhoods

This MIKAIA® app note demonstrates how to analyze a 47-plex spatial proteomics scan created with MACSima ™ (by Miltenyi Biotec), utilizing sequential immunofluorescence for the analysis: Instrument: MACSima™ by Miltenyi Biotec Tissue: Synovial...

Avatar photoVolker Bruns
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Category - Spatial Biology

Browse through our Spatial Biology article collection around spatial proteomics and spatial transcriptomics, with a focus on data science.

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