The adsorption dynamics of double-stranded DNA (dsDNA) molecules on a graphene oxide
(GO) surface are important for applications of DNA/GO functional structures in biosensors …

DNA/GO functional structures have been widely used in biosensors, biomedicine and
materials science. However, most studies about DNA/GO functional structures do not take …

Several studies have shown that the fundamental principle of biosensors for DNA detection
based on graphene oxide (GO) is the preferential adsorption of single-stranded DNA …

DNA/GO composite plays a significant role in the research field of biotechnology and
nanotechnology, and attracts a great deal of interest. However, it is still unclear how the …

The sequence features of single-stranded DNA (ssDNA) adsorbed on a graphene oxide
(GO) surface are important for applications of the DNA/GO functional structure in biosensors …

Molecular dynamics simulations were performed to investigate the dynamic process of DNA
segments' adsorption on graphene oxide (GO) in aqueous solution. We find that DNA …

Functional nanoscale structures consisting of a DNA molecule coupled to graphene or
graphene oxide (GO) have great potential for applications in biosensors, biomedicine …

Graphene oxide (GO) adsorbing a fluorophore-labeled single-stranded (ss) DNA serves as
a sensor system because subsequent desorption of the adsorbed probe DNA from GO in the …

The interaction between DNA and graphene-oxide (GO) is fundamental and of significance
to a number of biomedical applications. It is fairly clear that π–π stacking effect accounts for …

Heating affects the interfacial properties of two-dimensional nanomaterials, especially when
they interact with biomolecules. Here, we theoretically studied the dynamic processes …