2013
DOI: 10.1016/j.snb.2012.10.034
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An enzyme–metal–insulator–silicon structured sensor using surface photovoltage technology for potentiometric glucose detection

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Cited by 6 publications
(3 citation statements)
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“…An important point when designing electrodes is to ensure a short electron‐direct transfer distance between the surface of electrode and immobilized protein. The previously stated selectivity and flexibility of the direct electron transfer electrochemical biosensors can be created by by modifying the desired properties of a biosensor using either chemical engineering techniques or protein modification with genetic techniques . Liu and Ju studied the electrochemical process of the direct electron transfer of GOx using a modified carbon paste‐colloidal gold electrode.…”
Section: Design Of Electrodes and Electrode Chipsmentioning
confidence: 99%
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“…An important point when designing electrodes is to ensure a short electron‐direct transfer distance between the surface of electrode and immobilized protein. The previously stated selectivity and flexibility of the direct electron transfer electrochemical biosensors can be created by by modifying the desired properties of a biosensor using either chemical engineering techniques or protein modification with genetic techniques . Liu and Ju studied the electrochemical process of the direct electron transfer of GOx using a modified carbon paste‐colloidal gold electrode.…”
Section: Design Of Electrodes and Electrode Chipsmentioning
confidence: 99%
“…The use of thin‐film electrodes increases the sensitivity of sensors . Comprehensive reviews and journals on microfabrication of silicon‐based electronic devices describe the thin‐film technique as the most widely available fabrication process , .…”
Section: Electrode Fabricationmentioning
confidence: 99%
“…Por isso, tais metodologias são ferramentas úteis para a fabricação de biossensores e para estudos básicos sobre as interações proteína-matriz[57][58][59][60][61][62][63][64][65][66] . De fato, tais filmes são utilizados na detecção de pesticidas 67 , na fabricação de superfícies de eletrodos com enzimas68 , em sensores aptos a identificar interações antígeno-anticorpo 69,70 e também em estudos básicos de atividade catalítica de enzimas imobilizadas71,72 . Isso se torna útil tanto na investigação de sistemas biomiméticos 73 como no uso desses sistemas em biorreatores 74 e em biossensores75,76 .…”
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