ANFIS modeling for bacteria detection based on GNR biosensor

Abstract

BACKGROUND: Graphene is an allotrope of carbon with two-dimensional (2D) monolayer honeycombs. A larger detection area and higher sensitivity can be provided by a graphene based nanosenor because of its two-dimensional structure. In addition, owing to its special characteristics including electrical, optical and physical properties, graphene is a known more suitable candidate than other materials for use in sensor applications.

ISVR modeling of an interferon gamma (IFN-γ) biosensor based on graphene

“…Recent progress in biosensors relating to graphene applications has been studied and analytical models based on their properties such as high conductivity, large surface to volume ratio, electron mobility at room temperature and exibility have been reported. 11 A nanosensor, which was used in the detection of IFN-g, was also successfully developed in this research and it is a product of a graphene nanomaterial using aptamers as atomic detecting units. To restrict the aptamer on the graphene surface, a unique method was applied.…”