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<p>Spatial biology enables analysis of molecular processes within native tissue architecture. Highly advanced technologies like <i>MACSima® Imaging Cycling Staining</i> (MICS) detect hundreds of proteins and dozens of RNA markers on the same section. These high-dimensional datasets refine cellular characterization, improve therapeutic target selection, and lower off-target risk. Integration with 3D-2D workflows and translational studies deepens insights into tumor biology and patient-specific treatment.</p>

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Wie Multiplex-Imaging biologische Systeme neu definiert

  • 期刊论文

  • 发表日期：

    2026年3月1日

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  • Jenia Schlegel,
  • Christoph Herbel

摘要

Spatial biology enables analysis of molecular processes within native tissue architecture. Highly advanced technologies like MACSima® Imaging Cycling Staining (MICS) detect hundreds of proteins and dozens of RNA markers on the same section. These high-dimensional datasets refine cellular characterization, improve therapeutic target selection, and lower off-target risk. Integration with 3D-2D workflows and translational studies deepens insights into tumor biology and patient-specific treatment.