Nanotechnologies. Nano-object-assembled layers for electrochemical bio-sensing applications. Specification of characteristics and measurement methods

Nanotechnologies. Nano-object-assembled layers for electrochemical bio-sensing applications. Specification of characteristics and measurement methods

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What is ISO/TS 21412 about ? 

ISO/TS 21412 is an international standard which discusses nanotechnology’s characteristics and measurement methods. 

ISO/TS 21412 specifies the characteristics to be measured of nano-object assembled layers on electrodes by means of a solution process and of nano-objects constituting the layers for electrochemical applications such as nano-biosensor or diagnosis applications. 

ISO/TS 21412 provides measurement methods for determining the characteristics. 

Note: ISO/TS 21412 does not apply to: 

  • The requirements of nanostructures by top-down nanomanufacturing 
  • The subsequent coating of materials such as biomaterials onto nano-object-assembled layers 
  • Specific health and safety requirements during manufacturing 
  • The experimental conditions of electrochemical sensing 
  • The packaging, labelling, expiratory dates and transport of nano-object-enhanced electrochemical electrodes 

Who is ISO/TS 21412 for ? 

ISO/TS 21412 on nano-object assembled layer for electrochemical biosensing is useful to: 

  • Manufacturing of nanotechnologies 
  • Companies dealing with nano object layers 
  • Retailers and suppliers for nanotechnologies 

Why should you use ISO/TS 21412 ? 

Nano-object is a material with one, two or three external dimensions in the nanoscale. 

ISO/TS 21412 provides the specification for nano-object which describe the characteristics of manufactured nano-objects and their measurement methods. ISO/TS 21412 also provides enhanced electrochemical bio-sensing application and their measurement methods for the characteristics of nano-object assembled layer. 

As a user of ISO/TS 21412, you can get various materials such as nanoscale, agglomerate, nanoparticle, nanofibre, top-down nanomanufacturing and nanoplate which can help in manufacturing electrochemical biosensing applications for nanotechnologies.