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INIS
electrochemistry
100%
detection
100%
dehydrogenases
100%
quinone
100%
electrodes
78%
enzymes
42%
carbon
42%
xylose
42%
glucose
28%
stability
21%
membranes
21%
purification
21%
range
21%
glass
21%
ferrocene
21%
amperometry
21%
polymers
14%
graphite
14%
ph value
14%
injection
14%
electron transfer
14%
fermentation
7%
storage
7%
recovery
7%
oxidation
7%
solids
7%
oxygen
7%
configuration
7%
carbon sources
7%
adsorption
7%
cations
7%
carboxylic acids
7%
chromatography
7%
extraction
7%
liquid column chromatography
7%
coenzymes
7%
homogenates
7%
phenazine
7%
sulfonic acid esters
7%
Keyphrases
Dehydrogenase
100%
Pyrroloquinoline Quinone
100%
Aldose
100%
Xylose
37%
Carbon Paste Electrode
25%
Controlled Pore Glass
18%
Gluconobacter Oxydans
12%
Modified Electrode
12%
Operational Stability
12%
Glucose Measurement
12%
Carbon Paste
12%
Electron Mediator
12%
Polymer Bound
12%
Fermentation
6%
Carbon Source
6%
Adsorption
6%
Purification Process
6%
Purified Enzymes
6%
PH Range
6%
Optimum pH
6%
Chromatographic Purification
6%
Polyester
6%
Ferrocene
6%
Measurement Range
6%
Enzyme Electrode
6%
Immobilization Techniques
6%
Membrane Binding
6%
Liquid Chromatography
6%
Sulfonic Acid
6%
Redox Cofactor
6%
Batch System
6%
Phenazine Methosulfate
6%
Graphite Electrode
6%
Activity Recovery
6%
Flow Injection System
6%
Flow Injection
6%
Amperometric Determination
6%
Amperometric
6%
Catalytic Current
6%
Ferrocene Derivatives
6%
Ferrocenecarboxylic Acid
6%
Remover
6%
Graphite Paste Electrode
6%
Cell Debris
6%
Amperometric Detection
6%
Systems-based
6%
Cation Exchanger
6%
Working Potential
6%
Chemistry
Aldose
100%
Pyrroloquinoline Quinone
100%
electrode
56%
Xylose
37%
Amperometric
18%
Ferrocene
18%
stability
18%
Modified Electrodes
12%
Electron Transport
12%
Liquid Chromatography
6%
Phenazine
6%
Sulfonic Acid
6%
Cofactor
6%
Carboxylic Acid
6%
Coenzyme
6%
Chemical Engineering
Xylose
100%
Carboxylic Acid
16%
Liquid Chromatography
16%
Polyester
16%
Batch System
16%