Preface | |
List of Contributors | |
Immobilization of Biological Species on Bilayer Lipid Membranes | p. 1 |
Polymeric Environments for Proteins and Whole Cells in Molecular Sensors | p. 11 |
Use of Red Blood Cells (RBC) as Carriers of Bioactive Compounds | p. 23 |
Theoretical and Experimental Aspects for Improvement of Electrochemical Biosensors by Various Kinds of Immobilization | p. 35 |
Development and Characterization of Polymeric Biomaterials for Bioactive Agent Immobilization | p. 47 |
Two-Dimensional (Glyco)protein Crystals as an Immobilization Matrix for Functional Molecules | p. 57 |
Application of Graphite-Epoxy Composites in the Construction of Electrochemical Sensors and Biosensors | p. 67 |
Novel PHEMA Membranes for Potential Bioelectrode Use | p. 81 |
Immobilization of Cell Cycle Specific Drug DFMO for Chemotherapy | p. 91 |
Use of Immobilized Biological Compounds in Drug Analysis | p. 101 |
In-Vivo Monitoring with Microdialysis Probe | p. 115 |
Immobilised Catalase and Hydrogen Peroxide. A Novel Contact Lens Disinfection System | p. 123 |
Ex-Vivo Sensors; Microencapsulation of Enzyme Layer in Biosensors | p. 131 |
Clinical Application of Biosensing with Amperometric Detection of Ammonia-Nitrogen | p. 141 |
Therapeutic Potential of Immobilized Enzymes | p. 151 |
Optimization of Membranes with Glucose Oxidase for Glucose Determination Using Oxygen Electrode | p. 161 |
Multienzyme Biosensors. Coupled Enzyme Reactions and Enzyme Activation | p. 171 |
Three Different Approaches for Preparing GLOD and GLDH Reactors. Application for the Assay of Glutamates in Real Samples Using a FIA System | p. 181 |
Enzyme Immobilization on Chitin and Chitosan for Construction of Enzymatic Sensors | p. 191 |
Electrochemical Biosensors | p. 201 |
Novel Approaches to the Development of Mediated Biosensors and Enzyme Assay | p. 211 |
Poly(Amphiphilic Pyrrole)-Enzyme Electrode: A New Approach for Biosensor Construction | p. 231 |
Effect of Organic Solvents on the Behaviour of a Glucose Oxidase-Based Biosensor | p. 245 |
Organic-Phase Biosensors | p. 255 |
Modified Enzyme Electrodes | p. 263 |
Can New Biosensors be Deduced from Sensing in Biology? | p. 271 |
Microbial Sensors and Microbiosensors | p. 281 |
Stimulus-Response Measurements on Protein Containing Membranes Deposited on an ISFET Surface | p. 289 |
Micro Sensors in Bioelectroanalysis | p. 309 |
Surface Characteristics of Chemical Sensors | p. 325 |
Optrodes for Measuring Enzyme Activity and Inhibition | p. 335 |
Luminescence Detection of Biological Reactions | p. 345 |
Progress in Fiber-Optic Based Biosensors at the United States Naval Research Laboratory | p. 351 |
Immobilized Biological Compounds in Defense Applications | p. 359 |
Biosensors in the Detection of Biological Agents | p. 369 |
Biosensors for Toxins and Bacteria | p. 377 |
Reusable Fiber Optic Biosensors for Detection of Drugs and Toxicants | p. 387 |
The Biosensor Technology Program at NIST | p. 397 |
FIA Immunoassays with Electrochemical and Optical Detection | p. 415 |
Immunoassay Devices for Extra-Laboratory Measurements of Toxic Chemicals Based on Capillary Migration and Liposome Amplification | p. 421 |
Direct Immunoassays: Limitations on the Physical Principles and on the Technology State of the Art | p. 433 |
Comparison of Different Solid Phases for an ELISA Based Determination of Aflatoxin B | p. 443 |
Polystyrene and Poly(styrene/acrolein) Latexes with Immobilized Proteins as a Basis of the Diagnostic Agglutination Test | p. 453 |
An Integrated Optical Immunosensor | p. 463 |
Immobilized Biological Compounds in Food Analysis | p. 471 |
Immobilized Biomolecules for Detection of Environmental Pollutants | p. 477 |
Enzyme Inhibition Sensor for Organophosphorus Pesticides Analysis | p. 489 |
Biosensors for Electrochemical Non Invasive Analysis | p. 501 |
Flow Through Biosensors in Clinical Analysis | p. 515 |
Flow Injection Analysis: A Complementary or Alternative Concept to Biosensors | p. 527 |
Heat Sensitive Biosensors | p. 541 |
The Market for Biosensors. The Strengths and the Competition | p. 549 |
Report on Biosensor Technology in Europe | p. 559 |
Author Index | p. 567 |
Subject Index | p. 571 |
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