Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].

The study of subcutaneous and brain striatum glucose levels employing wireless glucose microsensor was proposed. A new implantable glucose sensor has been fabricated by immobilizing glucose oxidase on a chemically – modified carbon fiber prior to dipping in rat’s serum for 3 days for preconditionin...

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Main Author: Ahmad, Farook
Format: Thesis
Language:English
Published: 2007
Subjects:
Online Access:http://eprints.usm.my/8928/1/DEVELOPMENT_OF_PROTOTYPE_REMOTE.pdf
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author Ahmad, Farook
author_facet Ahmad, Farook
author_sort Ahmad, Farook
collection USM
description The study of subcutaneous and brain striatum glucose levels employing wireless glucose microsensor was proposed. A new implantable glucose sensor has been fabricated by immobilizing glucose oxidase on a chemically – modified carbon fiber prior to dipping in rat’s serum for 3 days for preconditioning. Kajian tentang paras glukosa subkutin and dan otak dengan menggunakan mikropenderia glukosa tanpa wayar telah dicadangkan. Alat mikropenderia untuk tujuan memantau tahap glukosa didalam subkutin and otak telahpun direka dengan mengimobilisasikan enzim glucose oxidase ke atas gentian karbon sebelum ia di rendam di dalam serum tikus untuk tujuan prakeadaan
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spelling usm.eprints-89282017-04-12T03:23:16Z http://eprints.usm.my/8928/ Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb]. Ahmad, Farook QD241-441 Organic chemistry The study of subcutaneous and brain striatum glucose levels employing wireless glucose microsensor was proposed. A new implantable glucose sensor has been fabricated by immobilizing glucose oxidase on a chemically – modified carbon fiber prior to dipping in rat’s serum for 3 days for preconditioning. Kajian tentang paras glukosa subkutin and dan otak dengan menggunakan mikropenderia glukosa tanpa wayar telah dicadangkan. Alat mikropenderia untuk tujuan memantau tahap glukosa didalam subkutin and otak telahpun direka dengan mengimobilisasikan enzim glucose oxidase ke atas gentian karbon sebelum ia di rendam di dalam serum tikus untuk tujuan prakeadaan 2007-07 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/8928/1/DEVELOPMENT_OF_PROTOTYPE_REMOTE.pdf Ahmad, Farook (2007) Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb]. PhD thesis, Universiti Sains Malaysia.
spellingShingle QD241-441 Organic chemistry
Ahmad, Farook
Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].
title Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].
title_full Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].
title_fullStr Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].
title_full_unstemmed Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].
title_short Development Of Prototype Remote Sensing Kit For Subcutaneous And Brain Glucose Monitoring [QD321. F237 2007 f rb].
title_sort development of prototype remote sensing kit for subcutaneous and brain glucose monitoring qd321 f237 2007 f rb
topic QD241-441 Organic chemistry
url http://eprints.usm.my/8928/1/DEVELOPMENT_OF_PROTOTYPE_REMOTE.pdf
work_keys_str_mv AT ahmadfarook developmentofprototyperemotesensingkitforsubcutaneousandbrainglucosemonitoringqd321f2372007frb