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Results: 1-19 |
Results: 19
IMMUNOSENSORS - ELECTROCHEMICAL SENSING AND OTHER ENGINEERING APPROACHES
Authors: GHINDILIS AL ATANASOV P WILKINS M WILKINS E
Citation: Al. Ghindilis et al., IMMUNOSENSORS - ELECTROCHEMICAL SENSING AND OTHER ENGINEERING APPROACHES, Biosensors & bioelectronics, 13(1), 1998, pp. 113-131
DEVELOPMENT OF A FLOW-THROUGH IMMUNOASSAY SYSTEM
Authors: ABDELHAMID I ATANASOV P GHINDILIS AL WILKINS E
Citation: I. Abdelhamid et al., DEVELOPMENT OF A FLOW-THROUGH IMMUNOASSAY SYSTEM, Sensors and actuators. B, Chemical, 49(3), 1998, pp. 202-210
ENZYME-CATALYZED DIRECT ELECTRON-TRANSFER - FUNDAMENTALS AND ANALYTICAL APPLICATIONS
Authors: GHINDILIS AL ATANASOV P WILKINS E
Citation: Al. Ghindilis et al., ENZYME-CATALYZED DIRECT ELECTRON-TRANSFER - FUNDAMENTALS AND ANALYTICAL APPLICATIONS, Electroanalysis, 9(9), 1997, pp. 661-674
IMPLANTATION OF A REFILLABLE GLUCOSE MONITORING-TELEMETRY DEVICE
Authors: ATANASOV P YANG S SALEHI C GHINDILIS AL WILKINS E SCHADE D
Citation: P. Atanasov et al., IMPLANTATION OF A REFILLABLE GLUCOSE MONITORING-TELEMETRY DEVICE, Biosensors & bioelectronics, 12(7), 1997, pp. 669-680
FLOW-THROUGH AMPEROMETRIC IMMUNOSENSOR - FAST SANDWICH SCHEME IMMUNOASSAY
Authors: GHINDILIS AL KRISHNAN R ATANASOV P WILKINS E
Citation: Al. Ghindilis et al., FLOW-THROUGH AMPEROMETRIC IMMUNOSENSOR - FAST SANDWICH SCHEME IMMUNOASSAY, Biosensors & bioelectronics, 12(5), 1997, pp. 415-423
BIFUNCTIONAL HYDROGEN-PEROXIDE ELECTRODE AS AN AMPEROMETRIC TRANSDUCER FOR BIOSENSORS
Authors: GAMBURZEV S ATANASOV P GHINDILIS AL WILKINS E KAISHEVA A ILIEV I
Citation: S. Gamburzev et al., BIFUNCTIONAL HYDROGEN-PEROXIDE ELECTRODE AS AN AMPEROMETRIC TRANSDUCER FOR BIOSENSORS, Sensors and actuators. B, Chemical, 43(1-3), 1997, pp. 70-77
SHORT-TERM CANINE IMPLANTATION OF A GLUCOSE MONITORING-TELEMETRY DEVICE
Authors: ATANASOV P YANG S SALEHI C GHINDILIS AL WILKINS E
Citation: P. Atanasov et al., SHORT-TERM CANINE IMPLANTATION OF A GLUCOSE MONITORING-TELEMETRY DEVICE, Medical engineering & physics, 18(8), 1996, pp. 632-640
FAST AMPEROMETRIC IMMUNOASSAY FOR HANTAVIRUS INFECTION
Authors: KRISHNAN R GHINDILIS AL ATANASOV P WILKINS E MONTOYA J KOSTER FT
Citation: R. Krishnan et al., FAST AMPEROMETRIC IMMUNOASSAY FOR HANTAVIRUS INFECTION, Electroanalysis, 8(12), 1996, pp. 1131-1134
POTENTIOMETRIC BIOSENSORS FOR CHOLINESTERASE INHIBITOR ANALYSIS BASEDON MEDIATORLESS BIOELECTROCATALYSIS
Authors: GHINDILIS AL MORZUNOVA TG BARMIN AV KUROCHKIN IN
Citation: Al. Ghindilis et al., POTENTIOMETRIC BIOSENSORS FOR CHOLINESTERASE INHIBITOR ANALYSIS BASEDON MEDIATORLESS BIOELECTROCATALYSIS, Biosensors & bioelectronics, 11(9), 1996, pp. 873-880
DIRECT ELECTRON-TRANSFER BASED TRI-ENZYME ELECTRODE FOR MONITORING OFORGANOPHOSPHORUS PESTICIDES
Authors: DIEHLFAXON J GHINDILIS AL ATANASOV P WILKINS E
Citation: J. Diehlfaxon et al., DIRECT ELECTRON-TRANSFER BASED TRI-ENZYME ELECTRODE FOR MONITORING OFORGANOPHOSPHORUS PESTICIDES, Sensors and actuators. B, Chemical, 36(1-3), 1996, pp. 448-457
POTENTIOMETRIC IMMUNOELECTRODE FOR FAST ASSAY BASED ON DIRECT ELECTRON-TRANSFER CATALYZED BY PEROXIDASE
Authors: GHINDILIS AL ATANASOV P WILKINS E
Citation: Al. Ghindilis et al., POTENTIOMETRIC IMMUNOELECTRODE FOR FAST ASSAY BASED ON DIRECT ELECTRON-TRANSFER CATALYZED BY PEROXIDASE, Sensors and actuators. B, Chemical, 34(1-3), 1996, pp. 528-532
DEVELOPMENT OF AN AMPEROMETRIC IMMUNOASSAY BASED ON AN HIGHLY DISPERSED IMMUNOELECTRODE
Authors: KRISHNAN R GHINDILIS AL ATANASOV P WILKINS E
Citation: R. Krishnan et al., DEVELOPMENT OF AN AMPEROMETRIC IMMUNOASSAY BASED ON AN HIGHLY DISPERSED IMMUNOELECTRODE, Analytical letters, 29(15), 1996, pp. 2615-2631
POTENTIOMETRIC ENZYME ELECTRODES BASED ON SUBSTRATE RECYCLING AND MEDIATORLESS BIOELECTROCATALYSIS
Authors: GHINDILIS AL MAKOWER A SCHELLER FW
Citation: Al. Ghindilis et al., POTENTIOMETRIC ENZYME ELECTRODES BASED ON SUBSTRATE RECYCLING AND MEDIATORLESS BIOELECTROCATALYSIS, Sensors and actuators. B, Chemical, 28(2), 1995, pp. 109-112
A NEW SENSITIVE AND SIMPLE METHOD FOR DETECTION OF CATECHOLAMINES FROM ADRENAL CHROMAFFIN CELLS
Authors: GHINDILIS AL MICHAEL N MAKOWER A
Citation: Al. Ghindilis et al., A NEW SENSITIVE AND SIMPLE METHOD FOR DETECTION OF CATECHOLAMINES FROM ADRENAL CHROMAFFIN CELLS, Die Pharmazie, 50(9), 1995, pp. 599-600
FAST AMPEROMETRIC IMMUNOASSAY UTILIZING HIGHLY DISPERSED ELECTRODE MATERIAL
Authors: KRISHNAN R GHINDILIS AL ATANASOV P WILKINS E
Citation: R. Krishnan et al., FAST AMPEROMETRIC IMMUNOASSAY UTILIZING HIGHLY DISPERSED ELECTRODE MATERIAL, Analytical letters, 28(14), 1995, pp. 2459-2474
NANOMOLAR DETERMINATION OF THE FERROCENE DERIVATIVES USING A RECYCLING ENZYME ELECTRODE - DEVELOPMENT OF A REDOX LABEL IMMUNOASSAY
Authors: GHINDILIS AL MAKOWER A SCHELLER FW
Citation: Al. Ghindilis et al., NANOMOLAR DETERMINATION OF THE FERROCENE DERIVATIVES USING A RECYCLING ENZYME ELECTRODE - DEVELOPMENT OF A REDOX LABEL IMMUNOASSAY, Analytical letters, 28(1), 1995, pp. 1-11
DETERMINATION OF P-AMINOPHENOL AND CATECHOLAMINES AT PICOMOLAR CONCENTRATIONS BASED ON RECYCLING ENZYME AMPLIFICATION
Authors: GHINDILIS AL MAKOWER A BAUER CG BIER FF SCHELLER FW
Citation: Al. Ghindilis et al., DETERMINATION OF P-AMINOPHENOL AND CATECHOLAMINES AT PICOMOLAR CONCENTRATIONS BASED ON RECYCLING ENZYME AMPLIFICATION, Analytica chimica acta, 304(1), 1995, pp. 25-31
GLUCOSE POTENTIOMETRIC ELECTRODES BASED ON MEDIATORLESS BIOELECTROCATALYSIS - A NEW APPROACH
Authors: GHINDILIS AL KUROCHKIN IN
Citation: Al. Ghindilis et In. Kurochkin, GLUCOSE POTENTIOMETRIC ELECTRODES BASED ON MEDIATORLESS BIOELECTROCATALYSIS - A NEW APPROACH, Biosensors & bioelectronics, 9(4-5), 1994, pp. 353-357
FLOW-CELL FIBEROPTIC ENZYME SENSOR FOR PHENOLS
Authors: PAPKOVSKY DB GHINDILIS AL KUROCHKIN IN
Citation: Db. Papkovsky et al., FLOW-CELL FIBEROPTIC ENZYME SENSOR FOR PHENOLS, Analytical letters, 26(7), 1993, pp. 1505-1518
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