Theory and Modelling of Ion Track-Based Biosensors for CBRN- Agents Detection in Medical Applications

Authors:

Shunin Yu¹*, Bellucci ST², Gopejenko V^3,8, Burlutskaya N³,Lobanova-Shunina T⁴, Kiv A⁵, Fink D⁶, Mansharipova A⁷, Muhamedyev R⁷ and Zhukovskii Yu¹

DOI: 10.23880/nnoa-16000132

Volume 3, Issue 1

Abstract

Pressing challenges of recent decades, associated with agents that are aggressive towards humans - substances and radiation of chemical, biological, radiological, and nuclear (CBRN) agents - require scientific and technological responses. These responses lie in the areas of agent detection and protection from them. The mentioned bio destructive agents can be divided into 2 groups: 1) chemical and biochemical, and 2) radiative (leading to chemical destruction of biomass). In this study, we consider models of universal track nanosensors that are capable of producing a correlated electrical response to the flow of aggressive and non-aggressive active agents.

Keywords:

CBRN-agents; Agents Detection; Nanotrack based Bionanosensor; Nanotrack based Devices for CBRN-agents Detection; Enzymatic Detection Tools

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