Bioelectronics devices are seeing great improvement. After the earliest generations of
sensors and biosensors, the current generation is attracting great interest due to the …

Large differences between the DPP responses of ss-and dsDNAs (Figure 4B) suggest that
the double-helical structure of the dsDNA is not significantly disturbed at the DME surface …

Conducting polymers (CPs) are a class of polymeric materials that have attracted
considerable interest because of their unique electronic, chemical and biochemical …

Recent advances in label free DNA hybridization sensors employing electrochemical
impedance spectroscopy (EIS) as a detection tool are reviewed. These sensors are based …

Semiconducting polythiophenes display electroactive properties which make them excellent
candidates for applications as electroactive materials. Ability to undergo do** and to …

Conjugated polymers (CPs) with large, delocalised molecular structures exhibit unique
optical and electrochemical characteristics that can be used as excellent sensing elements …

DNA sensors based on oligonucleotides and aptamers immobilized using
electropolymerization and layer-by-layer assembling are reviewed. The conditions of …

Actinomycin D or proflavine which are known to intercalate within the helix of double‐
stranded DNA (dsDNA) are used as label‐free control to unequivocally prove …

A direct electrochemical detection procedure for DNA hybridization by using the
electrochemical signal changes of conductive poly (m‐aminobenzenesulfonic) acid …

A simple and label-free electrochemical sensor for detection of DNA hybridization event was
obtained based on a novel nanostructured conducting polymer, poly (indole-6-carboxylic …