Microfluidic devices have found many great applications in medicine,(bio-) chemistry,
pharmacology, etc. Unfortunately, their design process is still in its infancy, and frequently …

Microfluidic capture chips are useful for preparing or analyzing a wide range of different
chemical, biological, and medical samples. A typical microfluidic capture chip contains …

Microfluidics is a rapidly evolving research area that has attracted the attention of scientists
for the huge range of potential applications ranging from medicine to biodefense and drug …

Droplet-based microfluidic networks allow to process biological or medical samples by
standard unit operations, such as mixing, incubating, sorting, or sensing. However, many of …

Microfluidics is a prospective field which provides technological advances to the life
sciences. However, the design process for microfluidic devices is still in its infancy and …

Droplet microfluidics is a research area rapidly evolving due to its vast range of potential
applications in several fields ranging from medicine to biodefense, and drug administration …

Microfluidic devices, often in the form of Lab-on-a-Chip (LoCs), are successfully utilized in
many domains such as medicine, chemistry, biology, etc. However, neither the fabrication …

This article provides an overview on the emerging field of droplet-based microfluidic
networks. In such networks, droplets ie, encapsulating biochemical samples can be …

Digital microfluidic biochips (DMFBs) are designed as an alternative to traditional
laboratories for bio-chemical synthesis. DMFBs are a class of lab-on-a-chip devices. Error …

Durch die Mikrofluidik ist es gelungen komplexe (bio-) chemische Vorgänge, die
normalerweise mit unhandlichen und teuren Laborgeräten durchgeführt werden, in kleine …