Isothermal nucleic acid amplification techniques are used to detect a variety of molecules
such as RNAs, DNAs and proteins. When compared to the gold standard polymerase chain …

Strand exchange between homologous nucleic acid sequences is the basis for cellular DNA
repair, recombination, and genome editing technologies. Specialized enzymes catalyze …

Dynamic DNA-based circuits represent versatile systems to perform complex computing
operations at the molecular level. However, the majority of DNA circuits relies on freely …

The identification and quantification of sequence-specific microRNAs (miRNAs) plays an
important role in early diagnosis of different diseases. In this work, by integrating two …

The sequence‐specific hybridization of DNA facilitates its use as a building block for
designer nanoscale structures and reaction networks that perform computations. However …

In general, molecular interactions with high binding affinities are preferred when
constructing self-assembly systems. Herein, we demonstrate that weak non-covalent …

The use of DNA as a structural material for nanometre-scale construction has grown
extensively over the last decades. The development of more advanced DNA-based …

DNA nanotechnology is a rapidly developing field that creates nanoscale devices from DNA,
which enables novel interfaces with biological material. Their therapeutic use is envisioned …

We used N‐methylpyrrole (Py)‐N‐methylimidazole‐(Im) polyamide as an exogenous agent
to modulate the formation of DNA assemblies at specific double‐stranded sequences. The …

Isothermal nucleic acid amplification chemistries are gaining popularity as nucleic acid
detection tools that can replace the current gold standard methods, PCR and its derivatives …