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Abstract

Novel approaches that incorporate electrofluidicand microfluidic technologies are reviewed to illustratethe translation of traditional enclosed structures into open andaccessible textile based platforms. Through the utilization ofon-fiber and on-textile microfluidics, it is possible to invert thetypical enclosed capillary column or microfluidic “chip”platform, to achieve surface accessible efficient separationsand fluid handling, while maintaining a microfluidic environment.The open fiber/textile based fluidics approachimmediately provides new possibilities to interrogate,manipulate, redirect, extract, characterize, and quantify solutesand target species at any point in time during such processes as on-fiber electrodriven separations. This approach isrevolutionary in its simplicity and provides many potential advantages not otherwise afforded by the more traditional enclosedplatforms.

Item Type:	Article
Authors/Creators:	Farajikhah, S and Cabot, JM and Innis, PC and Paull, B and Wallace, G
Keywords:	fiber, textile, microfluidic, electrophoretic, separation
Journal or Publication Title:	ACS Combinatorial Science
Publisher:	American Chemical Society
ISSN:	2156-8952
DOI / ID Number:	10.1021/acscombsci.8b00126
Copyright Information:	Copyright 2019 American Chemical Society
Related URLs:	UTAS Profile: Cabot, JM Google Scholar: Paull, B UTAS Profile: Paull, B
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