Interest in cleavable linkers is growing due to the rapid development and expansion of
chemical biology. The chemical constrains imposed by the biological conditions cause …

Sensing nucleic acid sequences is critical in modern-day biology and medicine, and is likely
to continue to increase in importance over the next 10r20 years. The current uses for …

Recent developments show encouraging results for the use of DNA as a construction
material for nanometer‐sized objects. Today, however, DNA‐based molecular …

The programmability of oligonucleotide recognition offers an attractive platform to direct the
assembly of reactive partners that can engage in chemical reactions. Recently, significant …

In this article we unify a series of recent studies on bio‐and chemosensors under a single
signaling strategy: signal amplification by allosteric catalysis (SAAC). The SAAC strategy …

Herein we describe a novel DNA-catalyzed transfer of a reporter group from a donating to an
accepting oligo-peptide nucleic acid (PNA), generating high catalytic turnover numbers in a …

Templated reactions have frequently been applied in nucleic acid chemistry as well as in
synthetic chemistry to facilitate conversions that proceed less efficiently when performed in …

Neuere Entwicklungen, die darauf abzielen, DNA als funktionelles Baumaterial für
Nanoobjekte zu verwenden, zeigen vielversprechende Ergebnisse. In der Vergangenheit …

The principles of protein structure design, molecular recognition, and supramolecular and
combinatorial chemistry have been applied to develop a convergent metal‐ion‐assisted self …

DNA‐controlled reactions offer interesting opportunities in biological, chemical, and
nanosciences. In practical applications, such as in DNA sequence analysis, the sequence …