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Single-cell mRNA extraction

Fig. 16 Single-cell mRNA extraction microfluidic device, filled with food dye for illustration. All flow channels are filled with yellow food dye, multiplexer control channels are filled with red dye, collection and waste channels are in blue. Insets 1-4 show enlargements of four important areas of the chip. After loading the cell suspension from the cell input inlet, single-cells are captured in the cell lysis module (inset 1) within the flow channels (blue). The pump valves are green. The separation valve is black. The lysis buffer is yellow [133]... Fig. 16 Single-cell mRNA extraction microfluidic device, filled with food dye for illustration. All flow channels are filled with yellow food dye, multiplexer control channels are filled with red dye, collection and waste channels are in blue. Insets 1-4 show enlargements of four important areas of the chip. After loading the cell suspension from the cell input inlet, single-cells are captured in the cell lysis module (inset 1) within the flow channels (blue). The pump valves are green. The separation valve is black. The lysis buffer is yellow [133]...
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See also in sourсe #XX -- [ Pg.315 ]



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Cell extract

Cells single

Extraction cells

MRNA

Single extraction

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