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Results: 3
CHARACTERIZATION IN-VITRO OF A NAPHTHOQUINONE-MEDIATED GLUCOSE OXIDASE-MODIFIED CARBON-PASTE ELECTRODE DESIGNED FOR NEUROCHEMICAL ANALYSIS IN-VIVO
Authors: ELATRASH SS ONEILL RD
Citation: Ss. Elatrash et Rd. Oneill, CHARACTERIZATION IN-VITRO OF A NAPHTHOQUINONE-MEDIATED GLUCOSE OXIDASE-MODIFIED CARBON-PASTE ELECTRODE DESIGNED FOR NEUROCHEMICAL ANALYSIS IN-VIVO, Electrochimica acta, 40(17), 1995, pp. 2791-2797
EFFICIENT GLUCOSE DETECTION IN ANAEROBIC SOLUTIONS USING AN ENZYME-MODIFIED ELECTRODE DESIGNED TO DETECT H2O2 - IMPLICATIONS FOR BIOMEDICALAPPLICATIONS
Authors: LOWRY JP MCATEER K ELATRASH SS ONEILL RD
Citation: Jp. Lowry et al., EFFICIENT GLUCOSE DETECTION IN ANAEROBIC SOLUTIONS USING AN ENZYME-MODIFIED ELECTRODE DESIGNED TO DETECT H2O2 - IMPLICATIONS FOR BIOMEDICALAPPLICATIONS, Journal of the Chemical Society, Chemical Communications, (21), 1994, pp. 2483-2484
CHARACTERIZATION OF GLUCOSE OXIDASE-MODIFIED POLY(PHENYLENEDIAMINE)-COATED ELECTRODES IN-VITRO AND IN-VIVO - HOMOGENEOUS INTERFERENCE BY ASCORBIC-ACID IN HYDROGEN-PEROXIDE DETECTION
Authors: LOWRY JP MCATEER K ELATRASH SS DUFF A ONEILL RD
Citation: Jp. Lowry et al., CHARACTERIZATION OF GLUCOSE OXIDASE-MODIFIED POLY(PHENYLENEDIAMINE)-COATED ELECTRODES IN-VITRO AND IN-VIVO - HOMOGENEOUS INTERFERENCE BY ASCORBIC-ACID IN HYDROGEN-PEROXIDE DETECTION, Analytical chemistry, 66(10), 1994, pp. 1754-1761
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