Portable Rapid and High Sensitivity BioSensor

I&T Solution Portable Rapid and High Sensitivity BioSensor
(REF: S-1994)
Trial Project
Solution Feature
  • The solution is a multiplex ellipsometric Surface Plasmon Resonance (eSPR) sensor that simultaneously detects Legionella protein antigens and nucleic acid targets in a single test.
  • Its key innovation is the use of critical coupling in periodic plasmonic arrays, which integrates amplitude and phase for ultrahigh sensitivity and stability
  • The platform delivers attomole-level detection limits without any amplification step, surpassing the sensitivity of many conventional methods
  • It is engineered for harsh environmental matrices and provides results within 15 minutes after a brief preconcentration step
  • The technology enables a comprehensive risk assessment by quantifying genus, species, serogroup, and viability markers simultaneously with over 95% decision confidence
Trial Application and Expected Outcome
  • Trials will test the sensor with real water samples to validate its performance in complex, real-world matrices
  • Benchmarking the eSPR results directly against standard culture and qPCR methods will confirm its analytical accuracy and superiority
  • Operating the device in a simulated field environment will assess its deployability, robustness, and ease of use for non-expert operators
  • Running the full multiplex panel with all targeted biomarkers will demonstrate the successful integration of simultaneous, multi-parameter detection
  • Reproducibility testing by multiple users will verify the method's reliability and readiness for technology transfer
Additional Solution Information Rapid detection of legionella diseases (1).pdf
Info on I&T Solution Provider
Solution Provider:Evansense Ltd
Address:UNIT G1, 35/F, LEGEND TOWER, 7 SHIING YIP STREET, KWUN TONG, HONG KONG
Contact Person:Jonah Wong
Position:Chief Operating Officer
Tel:92778307
Email: 1155188300@link.cuhk.edu.hk

For details of the above I&T solution, please contact the I&T solution provider.