High-resolution multiplexed tissue imaging for quantitative spatial phenotype mapping of the tissue microenvironment

WITH MIBI TECHNOLOGY
Ionpath | Quantitative spatial phenotype mapping of the tissue microenvironment

High-resolution
multiplexed tissue imaging
for quantitative spatial
phenotype mapping

Multiplexed Ion Beam Imaging (MIBI)

Multiplexed Ion Beam Imaging (MIBI™) technology from Ionpath enables high-definition spatial proteomics that uniquely provides actionable analysis of the tissue microenvironment—delivering novel insights into disease state, mechanism of action, and patient response.

MIBI provides rapid, robust, and high-resolution multiplexed tissue imaging of 40+ protein markers in a single scan. And when paired with sophisticated AI-powered analysis, quantitative spatial phenotyping of tissue microenvironments can be quickly and accurately achieved.

Comprehensive spatial analysis of the tissue microenvironment

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Cell
Classification

  • Identify and enumerate cell populations
  • Visualize the tissue microenvironment
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Protein
Quantification

  • Quantify expression of checkpoints and other key proteins with spatial context
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Spatial
Analysis

  • Analyze interactions between target and effector cells
  • Map tumor-immune boundaries

High-definition spatial proteomics that can inform therapeutic selection

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High-definition spatial proteomics that can inform therapeutic selection

Gain deeper understanding of the tumor microenvironment and reveal actionable insights. Identify responder populations or predict patient response.

Achieve quantitative single-cell phenotype mapping at subcellular resolution and identify key mechanisms of action with clinical grade repeatability.

MIBIscope™ System

Highly multiplexed tissue imaging and analysis.

  • Robust instrumentation
  • Rigorously validated reagents
  • Easy-to-use visualization software
Learn More  >

Spatial Proteomic Services

MIBI-enabled phenotype mapping and insight generation.

  • Quantitative cell segmentation, classification, and spatial analysis
  • Responder, non-responder cohort comparisons
  • Results with clinical-grade reproducibility
Learn More  >

See published data on MIBI-share

Multiplex IHC using MIBI Technology and MIBtracker
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