Analyzing small collections of cells is challenging because of the need for extremely high
levels of sensitivity. We recently reported a new approach, termed magnetic ranking …

Magnetic cell sorting is an enabling tool for the isolation of specific cellular subpopulations
for downstream applications and requires the cells to be labeled by a sufficient number of …

Immunomagnetic assay combines the powers of the magnetic separation and biomarker
recognition and has been an effective tool to perform rare Circulating Tumor Cells detection …

Conspectus Cellular heterogeneity in biological systems presents major challenges in the
diagnosis and treatment of disease and also complicates the deconvolution of complex …

The unique properties of magnetic nanoparticles (MNPs), coupled with versatile surface
engineering techniques, have led to a rising class of screening methods that enable …

The maturation of magnetic cell separation technology places increasing demands on
magnetic cell separation performance. While a number of factors can cause sub‐optimal …

Extraction of rare target cells from biosamples is enabling for life science research.
Traditional rare cell separation techniques, such as magnetic activated cell sorting, are …

Current macro-and microfluidic approaches for the isolation of mammalian cells are limited
in both efficiency and purity. In order to design a robust platform for the enumeration of a …

Isolation of cancer cells, bacteria, and viruses from peripheral blood has important
applications in cancer diagnosis, therapy monitoring, and drug development. Magnetic …

Magnetic cell sorting provides a valuable complementary mechanism to fluorescent
techniques, especially if its parameters can be fine-tuned. In addition, there has recently …