A significant growth of research in nanofluidics is achieved over the past decade, but the
field is still facing considerable challenges toward the transition from the current physics …

Nanofluidic structures have over the last two decades emerged as a powerful platform for
detailed analysis of DNA on the kilobase pair length scale. When DNA is confined to a …

Studying dynamics at the single-molecule level enables deeper and more detailed insights
into the behaviors, functions, mechanisms, and heterogeneity of chemical or biological …

Using pruned-enriched Rosenbluth method (PERM) simulations of a discrete wormlike
chain model, we provide compelling evidence in support of Odijk's prediction of two distinct …

DNA confined to nanofluidic channels with a cross-section from tens to hundreds of nm wide
and hundreds of microns long stretches in an equilibrium process free of flow or end …

In the field of cell studies, there is a burgeoning trend to further downscale the investigation
from a single-cell level to a sub-single-cell level. Subcellular matter is the basic content in …

Studies of circular DNA confined to nanofluidic channels are relevant both from a
fundamental polymer-physics perspective and due to the importance of circular DNA …

We present experimental demonstration that weak excluded volume effects arise in DNA
nanochannel confinement. In particular, by performing measurements of the variance in …

Single DNA molecule techniques have revolutionized our understanding of DNA–protein
interactions. Traditional techniques for such studies have the major drawback that the DNA …

Fundamental research on Parkinson's disease (PD) most often focuses on the ability of α‐
synuclein (aS) to form oligomers and amyloids, and how such species promote brain cell …