Bioinstrumentation and Biosensors

• Preface, Contributors, Chapter 1: Microbial Sensors for Process and Environmental Control, Chapter 2: Artificially Coupled Reactions with Immobilized Enzymes: Biological Analogs and Technical Consequences, Chapter 3: Determination of Fish Freshness with a Biosensor System, Chapter 4: Muscle-Load Oscillations: Detection, Analysis, and Models, Chapter 5: Parallel Information Processing in Biological Systems: From Phototransduction to Neural Networks, Chapter 6: Magnetic Devices for Retaining Dental Prostheses, Chapter 7: Noninvasive Measurement of Intracranial Pressure, Chapter 8: Simultaneous Analysis of Serum Uremic Toxins and Ionic Compounds by Chromatography Using an Immobilized Enzyme Column Combined with a Column-Switching Method, Chapter 9: Chemistry and Potential Methods for In Vivo Glucose Sensing, Chapter 10: Invasive and Noninvasive Blood Gas Monitoring, Chapter 11: Characterization of the Conduction Properties of Nerves with the Distribution of Fiber Conduction Velocities, Chapter 12: Biocatalytic Membrane Electrodes, Chapter 13: Modeling and Identification of Lung Parameters, Chapter 14: Advanced Image Processing, Quantitative Analysis, and Three-Dimensional Display of MR Imagery Applied to Atherosclerosis and Breast Lesions, Chapter 15: Radiation Pressure, Radiation Force, and Particle Banding in an Ultrasonic Field, Chapter 16: Resonant Recognition Model of Protein-Protein and Protein-DNA Recognition, Chapter 17: Noncontact Temperature Measurements in Medicine, Chapter 18: Microcomputer-Based Telemetry System for Heart Rate and Blood Temperature in Dogs, Chapter 19: Suitability of Immobilized Galactosyltransferase as a Detector for Biomacromolecules with Nonreducing Terminal GlcNAc Residues, Chapter 20: Electronically Simulated Hearing Loss and the Perception of Degraded Speech, Chapter 21: Systems for Monitoring Brain Function, Chapter 22: Immobilized Bioelectrochemical Sensors, Chapter 23: Effect of Visual Stimulation on Body Equilibrium, chapter 24: Automated Monitoring and Interpretation of Sensory Evoked Potentials, Chapter 25: Amperometric Enzyme Membrane Electrodes, Index

". . .well written. . .comprehensive. . .. . . .an excellent reference."---Sensor Review