Carbonaceous materials, especially tetrahedral amorphous carbon (ta-C), can form complex
functionalized surface structures and are thus promising candidates for applications in …

Tetrahedral amorphous carbon (ta-C) is widely used for coatings because of its superior
mechanical properties and has been suggested as an electrode material for detecting …

The present study reports adsorption mechanism of histamine on the surfaces of pure, B-or
Si-doped fullerenes. The adsorption of histamine on pure and doped fullerenes has been …

Electrode fouling is a major factor that compromises the performance of biosensors in in vivo
usage. It can be roughly classified into (i) electrochemical fouling, caused by the analyte and …

In this study, the adsorption mechanism of the Dopamine (DA) molecule on the pristine and
vacancy-defected b-AsP monolayers was investigated using DFT methods in order to reveal …

The present communication deals with the adsorption of tyramine neurotransmitter over the
surface of pristine, Boron (B) and Silicon (Si) doped fullerenes. Density functional theory …

Linking structural and compositional features with the observed electrochemical
performance is often ambiguous and sensitive to known and unknown impurities. Here an …

In this work, we demonstrate how to identify and characterize the atomic structure of pristine
and functionalized graphene materials from a combination of computational simulation of X …

Here we investigated the electrochemical properties and dopamine (DA) detection capability
of SU-8 photoresist based pyrolytic carbon (PyC) as well as its biocompatibility with neural …

We present a complete methodology to consistently estimate redox potentials strictly from
first-principles, without any experimental input. The methodology is based on (i) ab initio …