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Textile-Based Printable Electrodes for Electrochemical Sensing

Detailed Technology Description: UC San Diego researchers have developed thick-film amperometric and potentiometric sensors that are screen-printed directly on textiles. The sensors exhibit electrochemical and mechanical properties that enable their use in clothing-integrated healthcare, sports, military, security, environmental, and other related applications. Early proof of concept has been accomplished with carbon electrodes printed on elastic waistbands of underwear: these tested favorably in the laboratory for electrochemical performance under various conditions of deformation (folding, stretching, sticking). Such elastic-band-based sensors can, for example, be used in direct sweat monitoring of alcohol consumption in drivers or performance/stress of soldiers/athletes. More generally, the printed sensors will be incorporated into biocomputing systems that can make autonomous diagnoses and administer drugs based on specific combinations of biomarkers. The invention provides printing protocols and ink formulations and viscosities tailored for specific substrate textile materials to optimize printing quality, electrochemical sensor performance, and mechanical robustness.

Supplementary Information: Patent Number: US20130144131A1
Application Number: US13703333A
Inventor: Wang, Joseph | Windmiller, Joshua Ray
Priority Date: 10 Jun 2010
Priority Number: US20130144131A1
Application Date: 25 Jan 2013
Publication Date: 6 Jun 2013
IPC Current: G01N002730 | A61B000500 | A61B00050205 | A61B0005021 | A61B0005024 | A61B00050245 | A61B0005145 | A61B00051477 | C12Q000100 | G01N003322
US Class: 600301 | 204400 | 20440301 | 20440314 | 205775 | 2057775 | 2057805 | 205782 | 205792 | 427058 | 427256 | 600345 | 600346
Assignee Applicant: The Regents of the University of California
Title: TEXTILE-BASED PRINTABLE ELECTRODES FOR ELECTROCHEMICAL SENSING
Usefulness: TEXTILE-BASED PRINTABLE ELECTRODES FOR ELECTROCHEMICAL SENSING
Novelty: Chemical sensor for use in textile or clothing for electrochemical sensing has carbon based electrode that detects at least one of physiologically-relevant analyte and nitro or nitrate-based explosive, in liquid or vapor phase

Industry: Electronics

Sub Category: Circuit Design

Application No.: 9125625

Others

Other Information

SD2009-299 “Enzyme-Logic Biosensing for Rapid Diagnostics”

Intellectual Property Info

This technology has a patent pending and is available for licensing and/or sponsorship.

Related Materials

Tech ID/UC Case

20948/2010-291-0

Related Cases

2010-291-0, 2009-299-1

*Abstract: As the focus on healthcare shifts from centralized hospital-based treatment to home-based or personal management, there is a growing need for reliable, wearable healthcare monitoring systems. Early efforts in this direction integrated physical sensors into clothing for monitoring of vital signs. Little attention has been given to wearable chemical sensors despite the fact that electrochemical sensing devices are ideally suited for meeting the requirements of on-body physiological monitoring. The present invention fills this technological gap.

*IP Issue Date: Sep 8, 2015

*Principal Investigator: Name: Joseph Wang
Department:

Name: Joshua Windmiller
Department:

Country/Region: USA

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