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• Supplementary Fig. 1. Schematic representation of the inkjet vesicle encapsulation system
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• Movie 1 High-speed movie (22,500 frames per second) of vortex ring formation from a series of 15 inkjet pulses at 30V amplitude.
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• Movie 2 High-speed movie (5,000 frames per second) of vesicle formation from a series of 17 inkjet pulses at 50 V amplitude.
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• Movie 3 High-speed movie (7500 frames per second) of formation of a cell-sized vesicle using a viscosity differential across the bilayer lipid membrane and multiple pulses from an ink jet device (16 pulses at 36 volts amplitude).
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• Movie 4 High-speed movie (60 frames per second) of continuous formation of vesicles by ink jetting, where pulse sets (14 pulses at 30 V amplitude) occur at a frequency of 0.5 Hz.
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• Movie 5 High-speed movie (500 frames per second) of formation of multiple vesicles by ink jetting, where pulse sets (15 pulses at 30 V amplitude) occur at a frequency of 5 Hz. Beginning with the eleventh vesicle formed, the supporting organic solvent (n-decane) is included in part of the vesicle boundary, suggesting that the rate of vesicle formation exceeds the rate of regrowth of the bilayer lipid membrane.
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• Movie 6 High-speed movie (5,400 frames per second) of formation of three vesicles by ink jetting at a rate of 200 Hz (16 pulses per vesicle at 33 V amplitude).
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