Carbon Nanotubes Modified Screen Printed Electrodes
Carbon Nanotubes Modified Screen Printed Electrodes Electrodes for Chemical Sensors and Biosensors
Carbon Nanotubes Modified Screen Printed Electrodes have been used for modification of working graphite ink electrode (Nanoshel) of the three‐electrode screen‐printed sensing stripe. Modification has been made by evaporating on the graphite surface a solution of Nanoshel MWCNT in dimethylformamide. The effect of modification on reversibility of the electrode process of the system hexacyanoferrate(II)/(III) has been shown, along with improvement of the sensitivity of detection of pesticide paraoxon with biosensors containing organophosphorus hydrolase immobilized by adsorption on the nanotubes‐modified graphite ink electrode. The catalytic sensing of methanol was also demonstrated with the use of a screen‐printed sensor modified with Nanoshel MWCNT and Co(II) salt present in the measuring solution.
carbon nanotubes-modified screen-printed electrodes is a widely used technique for the fabrication of electrochemical sensors. This methodology is likely to underpin the progressive drive towards miniaturized, sensitive and portable devices, and has already established its route from ―lab-to-market‖ for a plethora of sensors. The application of these sensors for analysis of environmental samples has been the major focus of research in this field. As a consequence, this work will focus on recent important advances in the design and fabrication of disposable screen printed sensors for the electrochemical detection of environmental contaminants. Special emphasis is given on sensor fabrication methodology, operating details and performance characteristics for environmental applications.
carbon nanotubes-modified screen-printed electrodes research on several carbon materials, especially carbon nanotubes and graphene, has revolutionized the scope of screen printed electrodes in electro-analysis. Compton’s group observed enhanced electrocatalytic properties of Nanoshel CNT towards several target analytes attributed to thedefect/edge plane-like sites. Zen et al. demonstrated the creation of defect/edge-like sites and oxygen functionalities on the screen printed electrode surface through a simple pre-anodization process. Prasad et al. performed a comparative study on the role of oxygen functionalities and edge plane sites created achieved through a pre-anodization process and oxygen plasma treated screen printed electrodes.
There are many target analytes which have no significant electroactivity or near impossible to get electrochemical signals. who incorporated a variety of ionic liquids into screen printed electrodes. This work was further extended by in the fabrication of DNA sensors to achieve nano-level sensitivity. Recently, carbon nanotubes-mediated screen printed electrodes have been used to increase the electrochemically active area of screen printed electrodes, subsequently employed in the detection of p-aminophenol. This work has provided a base to use other carbon nanotubes such as single walled carbon nanotubes and multi-walled carbon nanotube derivatives in designing screen printed carbon electrodes, with the possibility of accessing mass produced and reproducible nanotube-modified screen printed electrodes.
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