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Continuous magnetophoretic enrichment of rare tumor cells
D. Nawarathna
, P. Kumaresan
, Y. Zhang
, B. Ferguson
,
S. H. Oh
, K. S. Lam
, H. T. Soh
Electrical and Computer Engineering
Research output
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Chapter in Book/Report/Conference proceeding
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Keyphrases
Micro-fabricated
100%
Effective Separation
100%
Commercially Available
100%
Magnetic Particles
100%
Human Lymphoma
100%
Activated Cells
100%
Cell Sorter
100%
Jurkat Cells
100%
Microfluidic Channel
100%
High Purity
100%
Continuous Flow
100%
Non-target Organisms
100%
Separation Force
100%
Magnetophoretic
100%
Rare Tumor Cells
100%
Ferromagnetic Strip
100%
Magnetophoretic Separation
100%
High-gradient Magnetic Field
100%
Engineering
Macroscale
100%
Activated Cell
100%
Microfluidic Channel
100%
Field Gradient
100%
Magnetic Field
100%
Material Science
Tumor
100%
Magnetic Particle
100%
Magnetic Field Gradient
100%