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Introduction to the principles and applications of biosensors
S WrightonJ W Thackeray M J Natan D K Smith
A K Covington and A Sibbald
10 other sections not shown
acid Acta activity adsorbed Aizawa Albery ammonia amperometric amplification analysis Analyt antibody antigen applications array assay avidin binding Biochem biological biosensor biosensor devices biotin blood catalytic cell Chem chemical sensors cholesterol clinical complex concentration conducting polymers conjugate conventional redox polymers coupling creatinine cytochrome dehydrogenase detection determination diffusion electroactive electrochemical electrochemistry electrode surface electron transfer enzyme electrodes enzyme immunosensor fcfd fermentation ferredoxin ferrocene field-effect transistors figure fluorescence gate glucose oxidase hydrogen hydrogen peroxide igfet immobilized immunoassay interaction ion-selective electrodes isfet kinetics labelled laccase lactate layer Lundstrom material measurement mediators membrane metal microelectrochemical devices microelectrodes molecular molecules monitoring NADH optical outlier oxidation oxygen pH-dependence plate platinum potential potentiometric probe procedures range reaction reagents redox reduced response sample Scheller Schematic semiconductor sensitivity serum Sibbald signal solution specific structure substrate techniques temperature tissue transducer urea voltage Winquist Wrighton