… of random physiosorption of DNA by various 2D materials, we intended to design an ssDNA
bound-2D Mn 3 O 4 as an optical biosensor. However, the DNA binding properties of 2D …

… DNA-based optical biosensor using different V. vinifera matrices (leaf, must and wine). Genomic
DNA … factors: i) the utilization of an efficient DNA extraction protocol, ii) the use of smaller …

… A fiber-optic biosensor array is described for the simultaneous analysis of multiple DNA
sequences. A bundle of optical fibers was assembled with each fiber carrying a different …

… Optical fibers Many DNA optical biosensors use an optical fiber to propagate the signal …
detection of the hybridization signal is the utilization of DNA beacons as DNA probes [71]. A …

… biosensors, immuno-based biosensors, DNA-based biosensors, and other interesting
biosensors. … Hence, the utilization of acpcPNA probes combined with these strategies for disease …

… A localized SPR-based optical biosensor (ie gold nano-islands on glass substrates) was …
to shift the focus of research towards utilization of the genetic information for precise prediction …

… optical biosensors (including fluorescence, FRET, SERs, colorimetric) that have been applied
to detect the DNA … of molecular methods and optical biosensors have been surveyed. Also, …

… Meanwhile, they also performed the identification of DNA, 142 … the sequencing of
single-stranded DNA molecules. This further … The utilization of the natural materials that can be …

… to probe DNA in a sandwich-type DNA hybridization scheme. … In this work, a single mismatch
in the DNA sequence was … design of micromotors and their utilization in biosensing. [ 81-84 …

… accuracy, such as the utilization of a pressing frame … DNA biosensing approach is highly
applicable to resource-limited environments. The stem-loop DNA probe-based DNA biosensing …