Mysi model guza w komorze grzbietowego fałdu skórnego do połączonej mikroskopii przyżyciowej i obrazowania metodą rezonansu magnetycznego w translacyjnych badaniach nad rakiem

Overview

This study presents a dorsal window chamber mouse model that integrates intravital microscopy with MRI for enhanced imaging capabilities. The approach aims to improve the clinical translation of findings from preclinical studies by correlating high-resolution imaging with clinically relevant modalities.

Key Study Components

Area of Science

• Neuroscience
• Imaging Techniques
• Oncology

Background

• Intravital microscopy provides high-resolution images but has limited tissue penetration.
• MRI offers greater depth penetration but lacks spatial resolution.
• Combining these modalities can enhance understanding of tumor microenvironments.
• Perfusion-sensitive imaging methods reveal microvasculature's role in tumor response.

Purpose of Study

• To correlate intravital microscopy with MRI for better clinical translation.
• To explore how microvasculature impacts tumor response to therapies.
• To utilize advanced imaging techniques for longitudinal studies.

Methods Used

• Dorsal window chamber mouse model for intravital imaging.
• Magnetic resonance imaging for depth penetration.
• Optical coherence tomography for biophotonics imaging.
• AI image analysis for identifying predictive biomarkers.

Main Results

• Successful integration of intravital microscopy with MRI.
• Revealed insights into tumor microvasculature and treatment response.
• Demonstrated the utility of 3D printing in custom tool manufacturing.
• AI analysis facilitated the identification of novel biomarkers.

Conclusions

• The combined imaging approach enhances the understanding of tumor biology.
• It may streamline the translation of preclinical findings to clinical applications.
• Future studies can build on this model to explore other therapeutic strategies.

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