The optical microscope is customarily an instrument of substantial size and expense but
limited performance. Here we report an integrated microscope that achieves optical …

A critical function of flow cytometry is to count the concentration of blood cells, which helps in
the diagnosis of certain diseases. However, the bulky nature of commercial flow cytometers …

The enrichment and focusing of the nano‐/submicroparticle (eg, 150–1000 nm microvesicle
shed from the plasma membrane) in the viscoelastic fluid has great potentials in the …

In recent years, microflow cytometry has become a popular research field because of its
potential to provide low‐cost and disposable chips for complex cell analyses. Herein, we …

The existing imaging flow cytometers for cell detection usually require special optical
microscope systems, high-speed cameras, and precision injection pumps, which are not …

Miniaturized flow cytometry has significant potential for portable applications, such as cell‐
based diagnostics and the monitoring of therapeutic cell manufacturing, however, the …

Although DNA probes have attracted increasing interest for precise tumor cell identification
by imaging intracellular biomarkers, the requirement of commercial transfection reagents …

The formation of a line of equally spaced particles at the centerline of a microchannel,
referred as “particle ordering,” is desired in several microfluidic applications. Recent …

A compact microfluidic flow cytometer is demonstrated, comprising viscoelastic flow focusing
in fused silica capillaries and a fiber optical interface. Viscoelastic flow focusing enables …

Biomedical optical imaging techniques have become essential for bridging fundamental
scientific research and clinical applications, owing to their high resolution and absence of …