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In article number 1902889, Ho Cheung Shum and co‐workers design an automated microfluidic system to perform on‐demand droplet collection. The high efficiency of this technique enables the capture of single cells to probe the heterogeneity among large populations. This work provides a new strategy for in‐depth analysis of individual droplets and the incorporated contents.
Droplet‐based microfluidic techniques are extensively used in efficient manipulation and genome‐wide analysis of individual cells, probing the heterogeneity among populations of individuals. However, the extraction and isolation of single cells from individual droplets remains difficult due to the inevitable sample loss during processing. Herein, an automated system for accurate collection of defined...
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