HIGHLIGHTS
SUMMARY
The established standard in the life science industry still consists of robots and tools optimized for Microtiterplate (MTP) use, e_g, pipetting and handling robots, plate washers and dispensers, readers, incubators, and some more. The authors present a novel glass-based microsystems engineering solution for the aspiration of sample fluids, e_g, from a 96-MTP well. Version (B) has only one supporting channel (Q3 ) which allows, e_g, a gradually diluted aspiration of the sample fluid before droplet generation. The channelconfined sequentially arranged droplets must be dispensed individually into arrayed vitube-confined sequentially arranged droplets must . . .
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