Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer

A method of tethering a mediator to an enzymatic membrane was studied. Glucose oxidase (GOD) and ferrocene redox polymer were immobilized in cross-linked poly (vinyl alcohol) (CLPVA) with bovine serum albumin (BSA) added as a protein stabilizer. Redox hydrogel polyallylamine ferrocene was prepared b...

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Main Authors: Jusoh, Norhana, Abdul Aziz, Azila
Format: Conference or Workshop Item
Language:English
Published: 2006
Subjects:
Online Access:http://eprints.utm.my/3065/1/NORHANA_PAPER_RPCES06.pdf
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author Jusoh, Norhana
Abdul Aziz, Azila
author_facet Jusoh, Norhana
Abdul Aziz, Azila
author_sort Jusoh, Norhana
collection ePrints
description A method of tethering a mediator to an enzymatic membrane was studied. Glucose oxidase (GOD) and ferrocene redox polymer were immobilized in cross-linked poly (vinyl alcohol) (CLPVA) with bovine serum albumin (BSA) added as a protein stabilizer. Redox hydrogel polyallylamine ferrocene was prepared by cross-linking polyallylamine hydrochloride with glutaraldehyde and attaching the ferrocene covalently. The biosensor response to glucose was evaluated amperometrically at 0.363V. High BSA concentration resulted in improved current response but lower Kmapp. CLPVA, which had been proven to be an excellent retainer of GOD could not retain both GOD and ferrocene redox polymer effectively, thus affecting the stability of the enzymatic membrane.
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spelling utm.eprints-30652017-08-23T06:56:50Z http://eprints.utm.my/3065/ Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer Jusoh, Norhana Abdul Aziz, Azila QH301 Biology A method of tethering a mediator to an enzymatic membrane was studied. Glucose oxidase (GOD) and ferrocene redox polymer were immobilized in cross-linked poly (vinyl alcohol) (CLPVA) with bovine serum albumin (BSA) added as a protein stabilizer. Redox hydrogel polyallylamine ferrocene was prepared by cross-linking polyallylamine hydrochloride with glutaraldehyde and attaching the ferrocene covalently. The biosensor response to glucose was evaluated amperometrically at 0.363V. High BSA concentration resulted in improved current response but lower Kmapp. CLPVA, which had been proven to be an excellent retainer of GOD could not retain both GOD and ferrocene redox polymer effectively, thus affecting the stability of the enzymatic membrane. 2006-07-26 Conference or Workshop Item PeerReviewed application/pdf en http://eprints.utm.my/3065/1/NORHANA_PAPER_RPCES06.pdf Jusoh, Norhana and Abdul Aziz, Azila (2006) Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer. In: Regional Postgraduate Conference On Engineering and Science (RPCES) 2006, 26 -27 July 2006, Johor Bahru, Johor.
spellingShingle QH301 Biology
Jusoh, Norhana
Abdul Aziz, Azila
Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer
title Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer
title_full Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer
title_fullStr Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer
title_full_unstemmed Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer
title_short Immobilization of glucose oxidase And ferrocene redox polymer in cross-linked poly (vinyl alcohol) with bovine serum albumin as protein stabilizer
title_sort immobilization of glucose oxidase and ferrocene redox polymer in cross linked poly vinyl alcohol with bovine serum albumin as protein stabilizer
topic QH301 Biology
url http://eprints.utm.my/3065/1/NORHANA_PAPER_RPCES06.pdf
work_keys_str_mv AT jusohnorhana immobilizationofglucoseoxidaseandferroceneredoxpolymerincrosslinkedpolyvinylalcoholwithbovineserumalbuminasproteinstabilizer
AT abdulazizazila immobilizationofglucoseoxidaseandferroceneredoxpolymerincrosslinkedpolyvinylalcoholwithbovineserumalbuminasproteinstabilizer