Two aptamers, one for ATP and one for arginine, were modified using an artificial 2′-
dexoyribonucleoside based on the nucleobase surrogate imidazole-4-carboxylate. This …

Metal-mediated base pairs are formed by the connection of two nucleobases via
coordination to a metal cation. The resulting metal-containing duplexes have been used in a …

Quantum mechanical (QM) and hybrid quantum mechanical/molecular mechanical (QM/MM)
molecular dynamics simulations of a recently reported dinuclear mercury (II)-mediated base …

Metal-mediated base pairs involving artificial nucleobases have emerged as a promising
means for the site-specific functionalization of nucleic acids with metal ions. In this context, a …

The applicability of the caged nucleoside C NPP (2′-deoxycytidine bearing an ortho-
nitrophenylpropyl group at the exocyclic N4 position) in the light-triggered formation of three …

Abstract The 4S–Ag (I)–C base pair (4S, 3-((2-(methylthio) pyrimidin-4-yl) thio) propane-1, 2-
diol; C, deoxycytidine) represents the first metal-mediated base pair comprising an S …

Metal-mediated base pairs enable a site-specific incorporation of transition metal ions into
nucleic acid structures. The resulting nucleic acid–metal complex conjugates are of interest …

Ácidos nucleicos, em especial DNA e RNA, têm importância biológica e tecnológica
inegável. Aqui, desenvolvemos dois projetos relacionados à estabilidade de ácidos …

Metal-mediated base pairs are formed by the connection of two nucleobases via
coordination to a metal cation. The resulting metal-containing duplexes have been used in a …

Metal-mediated base pairs have attracted considerable attention during the past decades for
their potential in bio-and nanotechnological applications. The introduction of metal ions into …