Interfacing DNA with two-dimensional (2D) materials has been intensely researched for
various analytical and biomedical applications. Most of these studies have been performed …

Integrating graphene with other nanomaterials has created a variety of graphene
nanocomposites with extraordinary chemical, optical, mechanical, and electrical properties …

DNA nanomachines, a delicate type of molecular machines, have been a research hotspot
in biotechnology and materials. Here a two-dimensional (2D) DNA walking nanomachine …

The work deals with molecular dynamics (MD) simulations of protonated, human telomeric i-
motif deoxyribonucleic acid (DNA) with functionalized graphene. We studied three different …

Graphene (or GO) is an excellent candidate for biomolecules anchoring and detection due
to its large surface area (up to 2,630 m 2/g) and unique sp 2 (sp 2/sp 3)-bonded network …

Investigation into the interactions between biomolecules DNA/RNA and carbon
nanomaterials is very important for applications in bioassays and bioanalysis. Graphene …

Hybrids formed by DNA/RNA and graphene family nanomaterials are considered as
potentially useful multifunctional agents in biosensing and nanomedicine. In this work, we …

Nanomanipulation of single DNA molecules has great potential in fundamental genetic
research and clinical analysis, and is a good model system for studying the interfacial effects …

Graphene oxide adsorbs single‐strand fluorescent probe DNA, and the adsorbed probe can
be desorbed by adding the complementary target DNA. Using this method, many biosensor …

Molecular self-assembly of cytosine (C n) bases on graphene was investigated using
molecular dynamics methods. For free-standing C n bases, simulation conditions (gas …