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Issue 9, 2017

Functional aqueous droplet networks

Author affiliations

Abstract

Droplet interface bilayers (DIBs), comprising individual lipid bilayers between pairs of aqueous droplets in an oil, are proving to be a useful tool for studying membrane proteins. Recently, attention has turned to the elaboration of networks of aqueous droplets, connected through functionalized interface bilayers, with collective properties unachievable in droplet pairs. Small 2D collections of droplets have been formed into soft biodevices, which can act as electronic components, light-sensors and batteries. A substantial breakthrough has been the development of a droplet printer, which can create patterned 3D droplet networks of hundreds to thousands of connected droplets. The 3D networks can change shape, or carry electrical signals through defined pathways, or express proteins in response to patterned illumination. We envisage using functional 3D droplet networks as autonomous synthetic tissues or coupling them with cells to repair or enhance the properties of living tissues.

Graphical abstract: Functional aqueous droplet networks

Article information


Submitted
30 Mar 2017
Accepted
13 Jul 2017
First published
13 Jul 2017

Mol. BioSyst., 2017,13, 1658-1691
Article type
Review Article

Functional aqueous droplet networks

M. J. Booth, V. Restrepo Schild, F. G. Downs and H. Bayley, Mol. BioSyst., 2017, 13, 1658 DOI: 10.1039/C7MB00192D

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