Our latest review explores the exciting advancements in aptamer-based nanopore sensing, a powerful approach for high-precision, single-molecule detection. 🔬 This technology merges aptamer specificity with nanopore resolution, opening new frontiers in diagnostics and real-time monitoring.
Key Contributions:
- Maps the integration of aptamers with biological, solid-state, and hybrid nanopore platforms. - Highlights the development of robust, label-free, and real-time single-molecule sensing capabilities.
- Explores diverse aptamer types and their role in achieving precise recognition for various targets.
Key Findings:
- Aptamer-nanopore technology enables sensitive detection of small molecules, proteins, and pathogens with distinct electrical signatures.
- Hybrid devices and chemical conjugation enhance signal robustness and selectivity for practical applications, including point-of-care diagnostics.
- Aptamer-based nanopipettes offer high analytical precision for ultra-small sample volumes.
This review underscores the transformative potential of aptamer-nanopore technology for next-generation diagnostics and monitoring tools.