High-Noise In Situ Variant Detection With Collaborative Probes

The detection system is segmented into distinct functional modules: target probes for specific binding, neighbor probes for collaborative binding, preamplifiers for signal amplification, and collaboration amplifiers for coordinated signal enhancement. This segmentation allows each component to perform its specific function efficiently while reducing overall system complexity through modular design.

The patent implements a nested structure where multiple probe sets are organized hierarchically: target probes bind first, then neighbor probes bind adjacent to them, followed by preamplifiers binding to target probes, and finally collaboration amplifiers binding to both target and neighbor probes. This nested arrangement allows systematic signal amplification while maintaining organized probe management and reducing background noise through sequential binding.

The patent implements preliminary binding actions where target probes first bind to their specific targets, creating stable anchor points. Neighbor probes then bind adjacent to these target-probe complexes before any amplification occurs. This preliminary organization of probe-target complexes ensures that subsequent amplification steps act on pre-validated binding events, maintaining high detection sensitivity while using a coordinated rather than excessive number of probes.

The patent introduces neighbor probes as intermediary elements that bind adjacent to target probes and serve as binding sites for collaboration amplifiers. These intermediary neighbor probes facilitate the connection between target probes and amplification systems, enabling signal amplification while maintaining probe simplicity through a standardized three-component architecture (target probe, neighbor probe, amplifier).