Chemiluminescence is widely used for analyte detection in diagnostics, life sciences, and environmental analysis. However, current systems are typically based on enzymatic reactions (e.g. HRP), which:
i)require controlled conditions,
ii) suffer from limited stability,
iii)may generate non-specific signals.
There is a growing demand for enzyme-free, robust, and cost-effective detection technologies capable of delivering reliable and reproducible results across diverse applications.
The invention introduces a novel chemiluminescence-based method for analyte detection.
It is based on a luminescent system capable of generating a measurable light signal under controlled conditions and adaptable for selective target recognition, enabling direct detection without the use of enzymatic processes.