TABLE III.
Targets | Applications | Sample flow rate | Performance | Reference |
---|---|---|---|---|
6 μm beads | Three-dimensional single-stream particle focusing | 300 μl/h | Focusing efficiency:>99% | 101 |
3.2/4.8/13 μm particles | Three-dimensional single-stream particle focusing | 60 μl/min | 4.8 μm particles have the best focusing performance | 27 |
Plasma | Plasma extraction in the diluted blood sample | 50 μl/min | Plasma purity: 99.93% (the first filtration) 99.99% (the second filtration) | 102 |
Jurkat cells | Separation of Jurkat cells and yeast cells | 20 μl/min | Recovery rate: 99.6% Purity: 24% Enrichment ratio: 11.9% |
104 |
H1299 cells | Separation of H1299 cells from the blood cells | 500 μl/h | Separation efficiency: 98% | 105 |
NCI-H1299 cells / Blood cells | Separation of tumor cells from the blood cells | 10 μl/min | Separation efficiency: 100% (NCI-H1299 cells) >90% (blood cells) | 106 |
2/10 μm particles | Size-based particle separation | ∼1 μl/min | Achieving complete particle separation | 107 |