Citation: F. Patolsky et al., C-60-MEDIATED BIOELECTROCATALYZED OXIDATION OF GLUCOSE WITH GLUCOSE-OXIDASE, Journal of electroanalytical chemistry [1992], 454(1-2), 1998, pp. 9-13
Citation: Gl. Tao et al., ENANTIOSELECTIVE BIOELECTROCATALYZED OXIDATION OF GLUCOSE BY GLUCOSE-OXIDASE AT CHIRAL-MONOLAYER-ELECTRODES, Chemical communications, (21), 1997, pp. 2073-2074
Citation: A. Doron et al., PHOTOCHEMICALLY-CONTROLLED, CHEMICALLY-CONTROLLED, AND PH-CONTROLLED ELECTROCHEMISTRY AT FUNCTIONALIZED SPIROPYRAN MONOLAYER ELECTRODES, Langmuir, 13(6), 1997, pp. 1783-1790
Authors:
BLONDER R
LEVI S
TAO GL
BENDOV I
WILLNER I
Citation: R. Blonder et al., DEVELOPMENT OF AMPEROMETRIC AND MICROGRAVIMETRIC IMMUNOSENSORS AND REVERSIBLE IMMUNOSENSORS USING ANTIGEN AND PHOTOISOMERIZABLE ANTIGEN MONOLAYER ELECTRODES, Journal of the American Chemical Society, 119(43), 1997, pp. 10467-10478
Authors:
WILLNER I
HELEGSHABTAI V
BLONDER R
KATZ E
TAO GL
Citation: I. Willner et al., ELECTRICAL WIRING OF GLUCOSE-OXIDASE BY RECONSTITUTION OF FAD-MODIFIED MONOLAYERS ASSEMBLED ONTO AU-ELECTRODES, Journal of the American Chemical Society, 118(42), 1996, pp. 10321-10322
Citation: Gl. Tao et S. Furusaki, SYNTHESIS OF POROUS POLYMER CARRIER AND IMMOBILIZATION OF ALPHA-CHYMOTRYPSIN, Polymer Journal, 27(2), 1995, pp. 111-121
Citation: F. Liu et al., SYNTHESIS OF THERMAL PHASE-SEPARATING REACTIVE POLYMERS AND THEIR APPLICATIONS IN IMMOBILIZED ENZYMES, Polymer Journal, 25(6), 1993, pp. 561-567