Our EV Research
Harnessing Brain-Specific EVs from Biofluids for Precision Diagnostics and Treatment Monitoring
Empowering Precision Medicine: Multi-Omic AI for Biomarker Discovery
Diagnosing and monitoring organ-specific diseases (e.g., liver, heart, brain) is challenging due to reliance on invasive biopsies or non-invasive methods lacking precision. Biofluids like blood contain mixed biological signals, making it hard to isolate organ-specific information, hindering accurate diagnosis and treatment tracking.
We are developing a novel method to isolate organ-specific EVs from biofluids for biomarker detection. The RNA and protein content of the organ-specific EVs can serve as high quality biomarkers to overcome background noise, enabling accurate, non-invasive disease monitoring and treatment assessment.
Empowering Precision Medicine: Multi-Omic AI for Biomarker Discovery
Understanding complex diseases requires looking beyond a single layer of biology. Traditionally, biomarkers are discovered using only one data type (e.g., just gene expression). This limited view can miss critical insights.
We are building AI Multimodal Integration platform to change this paradigm by simultaneously analyzing data from multiple sources. By integrating the diverse datasets, our AI model moves beyond correlation to unlock powerful, high-fidelity biomarkers that are predictive, diagnostic, and actionable.
We are seeking collaborative opportunities for this project. If you're interested, please feel free to reach out to us!