Advances in bioimaging technologies have led to unprecedented findings of novel
biological processes at the nanoscale. However, there remains an ever-lasting demand for …

Recent years have witnessed the exponential growth of information, calling for the
development of new storage media. DNA provides an attractive alternative for data storage …

Live cells precisely control their temporal pattern in energy dissipative processes such as
catalysis and assembly. Here, we demonstrate a DNA-based artificial dissipative …

Fluorescence anisotropy (FA) holds great potential for multiplexed analysis and imaging of
biomolecules since it can effectively discriminate fluorophores with overlapping emission …

A robust understanding of the sequence-dependent thermodynamics of DNA hybridization
has enabled rapid advances in DNA nanotechnology. A fundamental understanding of the …

Fluorescence resonance energy transfer (FRET) has become a powerful tool for visualizing
molecular interactions, single-molecule conformational dynamics, binding, and other …

Super-resolution imaging allows for the visualization of cellular structures on a nanoscale
level. DNA-PAINT (DNA point accumulation in nanoscale topology) is a super-resolution …

Chemical reaction networks (CRNs) provide a powerful abstraction to formally represent
complex biochemical processes. DNA provides a promising substrate to implement the …

Nucleic acids are important biomarkers for disease detection, monitoring, and treatment.
Advances in technologies for nucleic acid analysis have enabled discovery and clinical …

Simultaneous analysis based on encoded fluorophores suffers from potential crosstalk
between fluorophores and the limited number of colors that can be practically resolved …