Abstract (Figure Presented) Five times is more than fivefold: The helical Ï-stacked array of
pyrene-modified uridine shows a strong fluorescence enhancement that is structure …

Fluorescent nucleosides are widely used as probes of biomolecular structure and
mechanism in the context of DNA, but they often exhibit low quantum yields because of …

The synthesis of two new phosphoramidite building blocks for the incorporation of 5‐(pyren‐
1‐yl) uracilyl unlocked nucleic acid (UNA) monomers into oligonucleotides has been …

Oxetane is a potential intermediate that is enzymatically formed during the repair of (6–4)
DNA lesions by special repair enzymes (6–4 DNA photolyases). These enzymes use a …

Nucleic acids and their synthetic analogues are fascinating architectures with respect to
molecular electronics owing to the spontaneous self-assembly into networks and complex …

The oxidation and reduction of DNA is closely related to the damage of DNA and the repair
of damaged DNA, respectively. DNA has been also regarded as an excellent material for …

This article presents a comprehensive study of the photophysics of 2‐(2‐pyrenylethynyl)
adenosine and 2‐(4‐pyrenylethynyl) adenosine, which are structural isomers of the well …

Excess‐electron transfer (EET) in DNA has attracted wide attention owing to its close
relation to DNA repair and nanowires. To clarify the dynamics of EET in DNA, a …

Efficient synthesis of a building block for the incorporation of a bis‐pyrene‐modified
unlocked nucleic acid (UNA) into oligonucleotides (DNA*) was developed. The presence of …

Fixieren, aber nicht zu stark: LNA‐Einheiten („locked “oder verbrückte Nucleinsäuren) in
LNA: DNA‐Hybriden üben einerseits einen klar negativen Effekt auf den Elektronentransfer …