引用本文:
Yu Jiao HU, Ying Lin ZHOU, Yong Huai ZENG, Nai Fei HU. Enhanced Electron Transfer for Hemoglobin in 2C12N+PVS- Composite Films Modified on Pyrolytic Graphite Electrodes[J]. Chinese Chemical Letters,
2000, 11(8): 719-720.
Citation: Yu Jiao HU, Ying Lin ZHOU, Yong Huai ZENG, Nai Fei HU. Enhanced Electron Transfer for Hemoglobin in 2C12N+PVS- Composite Films Modified on Pyrolytic Graphite Electrodes[J]. Chinese Chemical Letters, 2000, 11(8): 719-720.
Citation: Yu Jiao HU, Ying Lin ZHOU, Yong Huai ZENG, Nai Fei HU. Enhanced Electron Transfer for Hemoglobin in 2C12N+PVS- Composite Films Modified on Pyrolytic Graphite Electrodes[J]. Chinese Chemical Letters, 2000, 11(8): 719-720.
Enhanced Electron Transfer for Hemoglobin in 2C12N+PVS- Composite Films Modified on Pyrolytic Graphite Electrodes
摘要:
Stable thin films made from polyionic complex 2C12N+PVS- with incorporated Hb on PG electrodes were characterized by electrochemistry. The electron transfer between Hb and PG electrodes was greatly facilitated in microenvironment of 2C12N+PVS- films. The Hb-2C12N+PVS- films could be used to catalytically reduce trichloroacetic acid.
English
Enhanced Electron Transfer for Hemoglobin in 2C12N+PVS- Composite Films Modified on Pyrolytic Graphite Electrodes
Abstract:
Stable thin films made from polyionic complex 2C12N+PVS- with incorporated Hb on PG electrodes were characterized by electrochemistry. The electron transfer between Hb and PG electrodes was greatly facilitated in microenvironment of 2C12N+PVS- films. The Hb-2C12N+PVS- films could be used to catalytically reduce trichloroacetic acid.
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