Spatial Analysis of Multiplex Immunohistochemical Tissue Images

Abstract

Researchers at the University of California, Davis have developed a semiautomated solution for identifying differences in tissue architectures or cell types as well as visualizing and analyzing cell densities and cell-cell associations in a tissue sample.

Full Description

This semiautomated system offers a simplified and powerful solution for tissue imaging analysis. It allows a user to visualize cell density in a tissue sample and can analyze cell-to-cell associations within the tissue sample. It works seamlessly with pre-classified tissue images from various imaging platforms, thereby streamlining the analysis process and enriching research outcomes. Moreover, the system provides a hexagonal heatmap which provides the user with an easy visual representation to evaluate and enhance the understanding of tissue pathology.

Applications

• Beneficial for researchers and scientists in biomedical research and pathology 
• Can be utilized in clinical applications and labs for detailed tissue analysis 
• Potential tool for pharmaceutical companies in drug development and personalized medicine

Features/Benefits

• Highly adaptable with various tissue imaging techniques 
• Streamlines the analysis process by working with pre-classified tissue images 
• Capable of visualizing and quantifying tissue imaging analysis as micro-lesional cell densities 
• Enables detailed analysis of cell-cell associations within tissue micro-lesions 
• Tool to compare cell densities and spatial distribution within different tissue lesions 
• Addresses limitations of simple imaging analysis in multiplex studies 
• Provides nuanced understanding of cell distribution within specific lesions Avoids misinterpretations due to sparse or dense target cell populations within the tissue

Patent Status