Nucleic acids are remarkable molecules. In addition to Watson–Crick base pairing, the
different structural motifs of these molecules can bind non‐nucleic acid targets or catalyze …

With the increasing importance of accurate and early disease diagnosis and the
development of personalized medicine, DNA‐based electrochemical biosensor has …

The life-driven request for sensitive and specific analysis of nucleic acids motivates intensive
research in this field, including the development of electrochemical sensors for nucleic acid …

Clinical diagnostic tests should be quick, reliable, simple to perform, and affordable for
diagnosis and treatment of diseases. In this regard, owing to their novel properties …

Electrochemical nucleic acid biosensor has demonstrated great promise in clinical
diagnostic tests, mainly because of its flexibility, high efficiency, low cost, and easy …

The desire to improve and decentralize diagnostic platforms to facilitate highly precise and
personalized medicine has motivated the development of a large number of electrochemical …

Electrochemistry-based sensors offer sensitivity, selectivity and low cost for the detection of
selected DNA sequences or mutated genes associated with human disease. DNA-based …

As a kind of excellent biomaterials, deoxyribonucleic acids (DNAs) have been employed to
build a variety of biosensors via the interactions between DNAs and biomolecules or …

The detection of biomarkers using sensitive and selective analytical devices is critically
important for the early stage diagnosis and treatment of diseases. The synergy between the …

Electrochemical techniques offer attractive approaches to the detection and identification of
nucleic acids, a central activity of modern chemical biology. High sensitivity,[1, 2] low …