Real-time and easy-to-use detection of nucleic acids is crucial for many applications,
including medical diagnostics, genetic screening, forensic science, or monitoring the onset …

Nanopore electrochemical sensors have been developed to detect various emerging
pollutants at the single-molecule level with high sensitivity and specificity due to their high …

Nanopores offer highly sensitive, low-cost, and single-molecule sensing capabilities, and
the societal impact of this approach is best captured by the advent of nanopore-based DNA …

Nanopore has been studied for a lot of applications in DNA sequencing, multifarious single-
molecule detection, detection of molecular conformational change, and biomolecular …

Real-time monitoring, simple operation, and cheaper methods for detecting immunological
proteins hold the potential for a solid influence on proteomics and human biology, as they …

To alleviate solubility‐related shortcomings associated with the use of neutral peptide
nucleic acids (PNA), a powerful strategy is incorporate various charged sidechains onto the …

Detection of single‐stranded DNA (ss‐DNA) has great importance not only for decoding
genetic information but understanding its role in DNA replication, recombination, and repair …

Sensors capable of detecting myriad components in a complex fluid, whether it is clinical or
environmental, are a holy grail for biosensing. To be useful in a real-world application, such …