Electrochemical DNA (e-DNA) biosensors are feasible tools for disease monitoring, with
their ability to translate hybridization events between a desired nucleic acid target and a …

Here, it reports a high-throughput detection method for reliably quantitative analysis of illegal
drugs in complex biological samples by means of a surface-enhanced Raman scattering …

Hybridization between nucleic acid strands immobilized on a solid support with partners in
solution is widely practiced in bioanalytical technologies and materials science. An …

Methods for producing DNA SAM-based sensors with improved thermal stability and control
over the homogeneity of low DNA probe density will enable advanced sensor development …

In this paper, the study of an electricity-fluorescence double-checking biosensor and
detection system has been presented. The fabrication of the double-checking biosensor was …

Legionella are waterborne bacteria and the causative agents behind a severe respiratory
disease known as Legionnaires Disease (LD). Standard ISO-certified methods to detect …

Single-molecule Förster Resonance Energy Transfer was used to observe the adsorption of
fluorescently-labeled “target” DNA oligonucleotides and their association and hybridization …

Nucleic acid aptamers have been widely used as synthetic probes for bioanalytical
applications. Herein, we carried out a detailed study on the immobilization of a series of …

Thermodynamically, perfect DNA hybridization can be formed between probes and their
corresponding targets due to the favorable energy. However, this is not the case …

BACKGROUND Fabricating oligonucleotide microarrays with high immobilization efficiency
and sensitivity by a simple surface modification route remains highly desirable in the biochip …