Generating the “water in oil” droplets through the microfluidic chip, by identifying the fluorescence signal in the droplets, and deflecting droplets to different channels using dielectrophoresis, thereby fulfilling highly efficient cell sorting. The sorting speed is up to 500HZ, single sorting throughput is up to million-grade single cells, sorting accuracy is up to 98%, and the post-sorting live-cell rate is up to 95%.
Sorting “water in oil” droplets by Fluorescence identification and dielectrophoresis
Sorting accuracy up to 98%
Post-sorting live-cell rate up to 95%
Single sorting throughput up to million-grade single cells
Sorting speed up to 500HZ
Platform | Species | B cell type | Throughput | Cost
|
Flow Cytiometry Sorting | mouse, rabbit, human | Memory B cell | >106 | Low |
Beacon | mouse | Plasma cell | 104 | High |
MobiNova?-S1 | mouse, rabbit, human | Plasma cell & Memory B cell
| 106 | Low |
Antibody Screening
Directed Evolution of Enzymes
Microbial Strains Screening
Cell Line Screening
Scenarios where objects are distinguished by fluorescence identification
