Lab-on-a-chip tools have played a pivotal role in advancing modern biology and medicine.
A key goal in this field is to precisely transport single particles and cells to specific locations …

Hierarchical self-assembly of organic molecules or assemblies is of great importance for
organic photonics to move from fundamental research to integrated and practical …

Controlled transport of biological cells in biomedical applications such as sorting, cell
sequencing, and assembly of multicellular structures is a technological challenge. Research …

Conventional magnetophoresis techniques for manipulating biocarriers and cells
predominantly rely on large‐scale electromagnetic systems, which is a major obstacle to the …

The simultaneous separational control of motion of individual objects is vital to achieve high
efficiency separation for biological analytes in biomedical applications. Here, we show the …

The manipulation of superparamagnetic microbeads for lab-on-a-chip applications relies on
the steering of microbeads across an altering stray field landscape on top of soft magnetic …

Precise movement control is a key feature for the use of superparamagnetic microbeads in
medical and biological lab-on-chip applications. We demonstrate the unidirectional transport …

The transport of magnetic particles (MPs) by dynamic magnetic field landscapes (MFLs)
using magnetically patterned substrates is promising for the development of Lab-on-a-chip …