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A silicalite layer on the transducer surface was formed by drop-coating technique.
A silicalite layer was formed on the transducer surface by dip-coating.
Different methods of zeolite attachment to the transducer surface were used.
The procedure resulted in coating transducer surface with an unordered layer of silicalite-1 particles.
The preparation of enzyme-based biosensors requires the enzyme immobilization on the electrode (transducer) surface.
Prior to deposition on the transducer surface, the two mixtures were mixed in equal volumes.
Products used should always be in compliance with manufacturers' recommendations to avoid transducer surface damage.
After experiments, the transducer surface was cleaned from silicalite and adsorbed urease with ethanol-wetted cotton.
A silicalite layer on the transducer surface was formed using drop-coating technique.
Good immobilization suggests a stable attachment of enzymes to the transducer surface.
A silicalite layer on the transducer surface was formed by drop-coating.
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