Performance of General & Biological Nano Biosensors Based on Nano-Microelectronics PhD

Researcher  and author: Dr.   (   Afshin Rashid)



Note: Using nanoelectronic technology, it is possible to build nanosensors (gas sensors) that can be used in biological and general cycles to detect various microorganisms. In addition to high sensitivity, these sensors also reduce detection time.

Nanosensors are also able to detect the virus before it multiplies. Some of the potential capabilities of biosensors include: detection  of pathogenic contaminants, environmental conditions (light and dark, cold and heat, dryness and humidity, and allergenic compounds). In general, the goals of combining nanosensor technology with packaging films are: to find oxygen, to provide time and date, to   show microbial growth, to find ethylene, to show physical shocks, to heat and cool food, to show leakage or Microbial spoilage is the absorption of odors and tastes and  their increase and absorption of moisture.




Using these sensors (nano-biosensors) it is possible to detect very small amounts of chemical contamination or viruses and bacteria in the agricultural and food systems. Research  in the field of nanomaterials is one of the most up-to-date scientific researches in the world. With the advent of nanoscience and nanotechnology and the possibility of making electrodes on a very small scale, the construction of nanometer sensors became possible. This  sensor having a size of nanometer and their use in bio-nano-bio-sensors) nano-biosensor (named. Nano sensors for  biological electrodes are very small in size in the nanometer and cell size, which through consolidation of certain enzymes on the surface They are sensitive to the  detection of chemical or biological species in cells, from these sensors to detect and quantify species in Biological systems are used. This technique is a very useful way to detect the passage of certain molecules through a cell wall or membrane.

Conclusion : 

Using nanoelectronic technology, it is possible to build nanosensors (gas sensors) that can be used in biological and general cycles to detect various microorganisms. In addition to high sensitivity, these sensors also reduce detection time.

Researcher  and author: Dr.   (   Afshin Rashid)

PhD in Nano-Microelectronics