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Coupled Chemical Reactions in Dynamic Nanometric Confinement: VIII. Capacitive Discharges in Nuclear Track-Based Biosensing
Journal: International Journal of BioAnalytical Methods & BioEquivalence Studies (IJBMBS) (Vol.03, No. 02)Publication Date: 2016-11-24
Authors : D Fink; J Vacik; V Hnatowicz; S Cruz; G Muñoz H; H García Arellano; A Kiv; L Alfonta; AT Mansharipova; RI Muhamediev;
Page : 62-75
Keywords : Nanometric Confinement; Nuclear Track-Based Biosensing; (SiO2 ); polyethylene (PE); Ge; Cu; Ni;
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Abstract
The historical capacitor concept is applied here to form polymeric swift heavy ion track-based pulsed biosensors. Due to the accumulation of charged enzymatic reaction products over a given time and their sudden pulse-wise release the sensors may obtain a detection sensitivity that exceeds that of earlier constant-current sensors by far.
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Last modified: 2017-05-30 20:31:38