Our Switching-Probe™ Technology is an advanced nucleic acid detection platform engineered to deliver the specificity and sensitivity of real-time PCR within a simplified, isothermal reaction environment.
Unlike conventional isothermal amplification methods—which often suffer from false-positive results due to non-specific amplification—the Switching-Probe™ system incorporates a specially designed fluorescent probe that reacts exclusively with the target gene sequence. This unique probe architecture ensures high-fidelity hybridization, allowing precise discrimination between target and non-target sequences even in complex samples.
By dynamically switching fluorescence states only upon true target recognition, the technology provides real-time signal generation that accurately reflects amplification progress, eliminating background noise and false signals.
The modular design of the Switching-Probe™ allows multiplex detection of several genetic markers within a single reaction. This enables simultaneous screening for multiple pathogens or biomarkers, significantly reducing turnaround time while maintaining analytical reliability.
Overall, Switching-Probe™ Technology offers a powerful alternative to conventional PCR, combining speed, simplicity, and exceptional analytical performance—making it ideally suited for point-of-care diagnostics, field testing, and rapid molecular research applications.