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Product Infomation
Product Name DLD Cell Sorting Chip, Triangular Micropillars
Catalog Number MC-CMC-015
Physical Specs 75*25 mm
Description Continuous advancements in microfluidic technology have driven the development of the biochip field. Among these, DLD (Deterministic Lateral Displacement) sorting chips, as an innovative technology, have opened up new possibilities in the field of cell sorting. DLD sorting chips utilize a unique DLD technology-displacement-guided sorting-whose principle is based on the movement behavior of microparticles within microfluidic channels. The microchannels of DLD sorting chips are designed with a series of micrometer-scale obstacles on their surfaces. These obstacles cause particles to deflect within the microfluidic flow, thereby enabling particle sorting. As cells pass through the microchannels, differences in their morphology and flexibility result in varying degrees of deflection within the DLD structures, allowing for precise cell sorting.
Applications It enables efficient sorting of cancer cells based on differences in cell morphology and flexibility; it is used to isolate and capture specific cell types, facilitating rapid and accurate cell analysis; it is used in drug screening experiments to evaluate the effects of drugs on cells by sorting different cell types; and it is used to isolate different cell types, helping researchers analyze gene expression and mutations in specific cell subpopulations with greater precision.
Features High-efficiency sorting; no labeling required; multi-channel design; wide range of applications.
Material PDMS & Glass
Depth 50 μm
Length 35.5 mm
Spacing 85 μm
Offset Angle θ 2 μm
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For Research or Industrial Raw Materials, Not For Personal Medical Use!
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