Biomedical Diagnostic Science and Technology

examines Developments In Gene And Biochips! biomedical Diagnostic Science And Technology Comprehensively Discusses • New Signals For Analyte Detection • Site-directed Immobilization Of Proteins • Methods To Improve Surface Biocompatibility • Current Strategies For The Treatment Of Diabetes • The Performance Characteristics And Structural Components Of Solid-phase Diagnostic Reagents • The Use Of Imaging Fibers For Medical Diagnostic Assays containing Modern Innovations In The Design And Application Of Sensing Devices, Biomedical Diagnostic Science And Technology Is A State-of-the-art Source For Analytical, Organic, Medicinal, Physical, Surface, And Colloid Chemists And Biochemists; Molecular And Cell Biologists; Geneticists; Applied And Industrial Microbiologists; Virologists; Endocrinologists; Electronic, Materials, Chemical, And Mechanical Engineers And Bioengineers; Pharmacists; And Upper-level Undergraduate And Graduate Students In These Disciplines. booknews exploring The Role Of Medical Diagnostic Reagents In The Practice Of Medicine, 24 Papers Review Work In The Areas Of Electrochemical Biosensing Systems; Optical Biosensing Systems; Newer Detections Systems; Systems And Management Related To Diabetes And Cholesterol; And Polymeric Materials, Immobilization, Biocompatability. Specific Topics Include Redox Monomers And Polymers For Biosensors, Evanescent- Wave Boisensors, Recombinant Photoproteins In The Design Of Binding Assays, Partical Valency Strip Assays, Status Of Dry Chemistries And Diagnostic Reagents, And Site-directed Immobilization Of Proteins On Surfaces. Annotation C. Book News, Inc., Portland, Or Preface......Page 4 Contents......Page 6 Contributors......Page 10 Electrochemical Biosensors......Page 16 Improved-Accuracy Biosensor Strip for Accu-ChekTM AdvantageRegisteredmark......Page 44 Redox Monomers and Polymers for Biosensors......Page 78 Amperometric Microcells for Diagnostic Enzyme Activity Measurements......Page 96 Flow-Through Immunoassay System for Rapid Clinical Diagnostics*......Page 108 Optical Sensor Arrays for Medical Diagnostics......Page 136 Optochemical Nanosensors for Noninvasive Cellular Analysis......Page 154 Ultrasensitive and Specific Optical Biosensors Inspired by Nature......Page 180 Evanescent-Wave Biosensors......Page 202 Glow-Discharge-Treated Quartz Crystal Microbalance as Immunosensor......Page 218 Diagnostic Polymer Reagents Carrying DNA......Page 230 Electrochemical Gene Sensors......Page 242 Sensing of Second Messengers Using Oligopeptides......Page 258 Recombinant Photoproteins in the Design of Binding Assays......Page 274 Particle Valency Strip Assays......Page 286 “Smart” Materials for Colorimetric Detection of Pathogenic Agents......Page 306 Reagentless Diagnostics: Near-IR Raman Spectroscopy......Page 322 Noninstrumented Quantitative Devices Using Detection Film Built on Woven Fabric......Page 338 A Survey of Structural and Nonreactive Components Used in the Research, Development, and Manufacture of Solid-Phase Medical Diagnostic Reagents......Page 346 Current Status and Future Prospects of Dry Chemistries and Diagnostic Reagents......Page 358 Water-Soluble Phospholipid Polymers as a Novel Synthetic Blocking Reagent in an Immunoassay System......Page 368 Biocompatible Phospholipid Polymers for Prevention of Unfavorable Bioreactions on the Surface of Medical Devices......Page 382 Site-Directed Immobilization of Proteins on Surfaces: Genetic Approaches......Page 396 Polymeric Microspheres and Related Materials for Medical Diagnostics......Page 408 Index......Page 428 Examines Developments In Gene And Biochips! Biomedical Diagnostic Science And Technology Comprehensively Discusses New Signals For Analyte Detection Site-directed Immobilization Of Proteins Methods To Improve Surface Biocompatibility Current Strategies For The Treatment Of Diabetes The Performance Characteristics And Structural Components Of Solid-phase Diagnostic Reagents The Use Of Imaging Fibers For Medical Diagnostic Assays Containing Modern Innovations In The Design And Application Of Sensing Devices, Biomedical Diagnostic Science And Technology Is A State-of-the-art Source For Analytical, Organic, Medicinal, Physical, Surface, And Colloid Chemists And Biochemists; Molecular And Cell Biologists; Geneticists; Applied And Industrial Microbiologists; Virologists; Endocrinologists; Electronic, Materials, Chemical, And Mechanical Engineers And Bioengineers; Pharmacists; And Upper-level Undergraduate And Graduate Students In These Disciplines. Examines developments in gene and biochips! This book discusses signals for analyte detection site-directed immobilization of proteins methods to improve surface biocompatibility strategies for the treatment of diabetes, and more. It is for molecular and cell biologists; geneticists; virologists; endocrinologists; pharmacists; and others. Since the development of the first electrochemical biosensor, the glucose electrode, in 1962, electrochemical biosensors have represented a thriving area of research in both academia and industry. This text analyzes research in the development and utilization of diagnostic reagents, immunodiagnostics and biosensors