We review recent advances in the DNA sequencing method based on measurements of
transverse electrical currents. Device configurations proposed in the literature are classified …

To demonstrate the potential of nanopores in bilayer graphene for DNA sequencing, we
computed the current–voltage characteristics of a bilayer graphene junction containing a …

Abstract This Topical Review presents an overview of increasingly robust interconnects that
are being established between atomic, molecular and optical (AMO) physics and the life …

Nanopore DNA sequencing via transverse current has emerged as a promising candidate
for third-generation sequencing technology. It produces long read lengths which could …

In this paper, the electrical transport of graphene and silicene nanostructures connected to
two semi-infinite graphene and silicene electrodes have been investigated. In these …

Sequencing DNA modifications and lesions, such as methylation of cytosine and oxidation
of guanine, is even more important and challenging than sequencing the genome itself. The …

The effect of different values of inter-strand hopping on the current and transmission
probability of an aperiodic DNA molecule has been studied. This research used double …

In this paper, the electrical transport of graphene and silicene nanostructures connected to
two semi-infinite graphene and silicene electrodes have been investigated. In these …

در این مقاله ترابرد الکتریکی نانوساختارهای گرافن و سیلیسین متصل شده به دو الکترود نیمه
بینهایت نانونوار گرافن و سیلیسین بررسی شده است. در این ساختارها نانوحفره ایجاد کرده …‎

The IV characteristics of G4 DNA molecule in applied magnetic and electric fields has been
calculated. We use DNA molecule in the form of stacked of 32 guanine quadruplex (G4) …