… characterized hESC culture and analysis in a microfluidic setting, as … of self-renewal and
differentiation in the same device. … to culture hESCs in the microfluidic devices for more than six …

… Design of the pollen tube growth device. (a) A macroscopic photo and schematics of the
microfluidic device. This device consists of a flow channel (100 μm in height and 100–1000 μm …

… We describe the design, construction, and characterization of microfluidic devices for studying
cell adhesion and cell mechanics. The method offers multiple advantages over previous …

… More recently, microfluidic devices have been used to establish linear … a microfluidic linear
chemical gradient generator, and tested it in a study of bacterial chemotaxis. Our microfluidic …

… Herein, we develop microfluidic devices to quantitatively investigate the effect of flow on
sperm guidance and if this guidance has any role in the selection of high quality sperm. …

… In this work, we developed a flow-based microfluidic chip for quantitative analysis of
chemotaxis behavior of C. elegans with high resolution and short analysis time. This microfluidic …

… system which can generate four shear flows in one device as a means to study cytosolic …
, our microfluidic device can offer controllable multishear stresses and perform quantitative …

… -less microfluidic BES that exploits laminar flow. We used this as a tool to analyze the …
Our work shows that this microfluidic device can be a multipurpose tool for BES research. …

… Here, we adapt and extend these ideas to allow their use in fluorometric approaches to
sensing of sweat captured in wearable microfluidic devices via smartphone-based fluorescence-…

… introduced fully integrated microfluidic devices for qualitative, quantitative and digital NAT
of pathogens, oncogene, genetic diseases and so forth (Table 2). These devices integrate the …