Biological systems are collections of discrete molecular objects that move around and
collide with each other. Cells carry out elaborate processes by precisely controlling these …

Long noncoding RNA molecules (lncRNAs) are estimated to account for the majority of
eukaryotic genomic transcripts, and have been associated with multiple diseases in humans. …

Spatial control over the distribution of therapeutics is a highly desired feature, which could
limit the side effects of many drugs. Here we describe a nanoscale agent, fabricated from a …

Self-assembly provides an information-economical route to the fabrication of objects at
virtually all scales. However, there is no known algorithm to program self-assembly in macro-scale…

Methods Twenty patients with FAP from diverse ethnicities underwent ophthalmic and
electroretinogram tests following the International Society for Clinical Electrophysiology of Vision …

DNA origami is a robust method for the fabrication of nanoscale 2D and 3D objects with
complex features and geometries. The process of DNA origami folding has been recently studied…

Purpose To date, more than thirty nine genetic loci have been associated with congenital
cataracts. Despite this progress, current diagnostic techniques are insufficient for unraveling …

Multi-agent systems demonstrate the ability to collectively perform complex tasks (eg,
construction, search, and locomotion) with greater speed, efficiency, or effectiveness than could a …

Nucleic acids are astonishingly versatile. In addition to their natural role as storage medium
for biological information1, they can be utilized in parallel computing2,3 , recognize and bind …

New types of robots inspired by biological principles of assembly, locomotion, and behavior
have been recently described. In this work we explored the concept of robots that are based …