Flow cytometry is a ubiquitous tool for analyzing heterogeneous cell populations. Whilst conventional flow cytometers can probe single...

The ability to detect metal ions in chemical and biomedical systems is of paramount importance. Accordingly, the development of sensors...

Traditional electrochemical biosensors have long used reference electrodes to ensure measurement stability. However, the use of such...

Dr. Mahmut Kamil Aslan and colleagues in the deMello group have developed an innovative smartphone-based imaging flow cytometer. Imaging...

Control over semiconductor nanocrystals' organization into size-tunable superstructures broadens the horizon for optoelectronic applications

Contact deformations of microgel building blocks are at the origin of granular hydrogel macroscale properties Granular hydrogels are...

Single-atom heterogeneous catalysts (SACs) comprise spatially isolated metal centres stabilized on the surface of a carrier material....

The rapid assessment of biomolecular kinetics is critical when investigating biological molecular reactions. Contemporary techniques for...

Enzymes are the ultimate ground on which life stands, enabling all biosynthetic and degradation processes in nature. Unsurprisingly,...

Morphological transformation of pneumatic PDMS surface allows tuning of its wettability Tailoring the wettability of surfaces is a highly...

The CRISPR-Cas system, initially discovered/re-invented for gene editing purposes has found use in the field of nucleic acid detection....

Yanming Xia and co-workers at ETH Zürich, the Chinese Academy of Science, and Xiamen University have recently reported the integration of...