PRECISION DIAGNOSTICS POWERED BY PLASMONIC NANOANTENNAS
To transform fluorescence-based diagnostics and imaging by leveraging plasmonic nanoantennas—especially DNA-origami templated structures—for ultra-sensitive, fast, and scalable detection of single molecules and biomarkers
CHALLENGES
Discover how our plasmonic nanoantenna technology, enhanced by DNA-origami design, delivers rapid, single-molecule detection transforming diagnostic precision and scalability.
Precise nanoscale positioning
Achieving sub-10 nm alignment of fluorophores in plasmonic hotspot regions to maximize enhancement while avoiding quenching
Hotspot accessibility and assay integration
Ensuring assay elements can be positioned in hotspots (e.g., via nanoantenna design) without hindrance
Quenching vs. enhancement trade-off
Finding the optimal separation between emitter and metal to maximize radiative enhancement while minimizing non-radiative losses
Scalability and mass production
Transitioning from lab-scale DNA-origami assembly to manufacturable, reproducible devices, potentially via solution-phase synthesis
Low-cost detection platforms
Integrating with accessible imaging systems like smartphone-based microscopes for point-of-care usability
EXPERIENCE BREAKTHROUGHS IN MOLECULAR DETECTION
Discover how our DNA-origami plasmonic nanoantennas enable ultra-sensitive, rapid, and scalable fluorescence diagnostics, transforming healthcare detection and imaging.
- Ultra-sensitive single molecule detection for precise diagnostics
- Rapid analysis enabling timely healthcare decisions
- Scalable technology designed for broad clinical applications
- Innovative DNA-origami templates enhancing nanoantenna performance
CONTACT / LEARN MORE
Join us in advancing ultra-sensitive, scalable, and accessible diagnostics through plasmonic fluorescence enhancement—bridging nanotechnology and real-world health applications.