This Review aims to provide a systematic analysis of the literature regarding ongoing
debates in protein corona research. Our goal is to portray the current understanding of two …

We demonstrate a method for the fast, high-throughput characterization of the dynamics of
active particles. Specifically, we measure the swimming speed distribution and motile cell …

It is widely believed that the swimming speed, v, of many flagellated bacteria is a nonmonotonic
function of the concentration, c, of high-molecular-weight linear polymers in aqueous …

We present a fast, high-throughput method for characterizing the motility of microorganisms
in three dimensions based on standard imaging microscopy. Instead of tracking individual …

Self-assembly is a promising route for micro- and nano-fabrication with potential to revolutionise
many areas of technology, including personalised medicine. Here we demonstrate that …

The flagellated bacterium Escherichia coli is increasingly used experimentally as a self-propelled
swimmer. To obtain meaningful, quantitative results that are comparable between …

We show, using differential dynamic microscopy, that the diffusivity of nonmotile cells in a
three-dimensional (3D) population of motile E. coli is enhanced by an amount proportional to …

We demonstrate differential dynamic microscopy and particle tracking for the characterization
of the spatiotemporal behavior of active Janus colloids in terms of the intermediate …

Differential dynamic microscopy (DDM) is a low-cost, high-throughput technique recently
developed for characterizing the isotropic diffusion of spherical colloids using white-light optical …

We have measured the spatial distribution of motile Escherichia coli inside spherical water
droplets emulsified in oil. At low cell concentrations, the cell density peaks at the water-oil …