Spatial Profiling Of Biological Materials Using Time-Resolved Measurements And Analyses

Brief Description

A revolutionary approach to mapping and analyzing DNA, RNA, and proteins within cells and tissues for advanced biological research and clinical diagnostics.

Full Description

This technology offers a comprehensive method for the in situ spatial profiling of biological materials, utilizing probes labeled with light-emitting moieties for detailed visualization. Through time-resolved luminescence imaging, it enables precise spatial determination, visualization, and quantification of target biological materials in various samples, enhancing our understanding of biological processes and improving diagnostic accuracy

Suggested uses

• Biomarker discovery and drug development.
• Clinical pathology and diagnostic imaging.
• Advanced research in cellular and molecular biology.
• Development of personalized medicine and therapeutic strategies.
• Educational tools for biological and medical sciences

Advantages

• Enables detailed spatial analysis of complex biological samples. 
• Utilizes distinct luminescence lifetime characteristics for precise identification. 
• Supports a broad range of applications from basic research to clinical diagnostics. 
• Allows for the simultaneous visualization and quantification of multiple targets. 
• Improves biomarker and drug discovery processes through advanced imaging techniques

Patent Status