_ Nanobiosensing tools section in (Nanoelectric)
An overview of nanobiosensing tools and nanobiology devicesNanobiotechnology and nanoelectronics technology
Researcher and Author: Dr. ( Afshin Rashid)
Note: Nanobiology is a branch of nanoscience that uses chemical, biochemical, and molecular biology methods to identify components and processes that are used in the manufacture of nanobiotechnology materials and devices.
The connection of these sciences with nanoelectronics plays an effective role in the construction of nanostructured devices in various fields of nanotechnology and concepts such as nanotools (such as biological machines), nanoparticles and nanoscale phenomena (at the nanoscale) that have been promoted through nanobiology. The use of nanotools is to solve problems in the field of biology and medicine. Another main goal in nanotechnology is the development of new tools such as peptoid nanosheets for medical and biological purposes. Another main topic of this field of nanobiology research is for imaging natural biomolecules, biological membranes and tissues. The use of sheet sensors and the application of nanophotonics to manipulate molecular processes in living cells are also topics related to nanobiology.
Nano-biosensor or nano-biosensor
Nano-biosensors or nano-biosensors are a group of nano-sensors. These nano-sensors are designed to react with only a specific substance . The result of this reaction is a signal that a microprocessor can analyze. These sensors are used to detect and quantify species in biological systems.
Electric nano biochips Nano biochip
The biggest advantage of DNA arrays is their high speed and throughput, and they are useful in various genomic applications, including single-stranded RNA - DNA, functional RNA-DNA, and functional RNA-DNA. The most common application of RNA-DNA is to perform a variety of chemical and cellular analyses, separations, and reactions through comprehensive cell profiling .
Conclusion:
The connection of these sciences with nanoelectronics plays an effective role in the construction of nanostructured devices in various fields of nanotechnology and concepts such as nanodevices (such as biological machines), nanoparticles, and nanoscale phenomena (at the nanoscale) that have been promoted through nanobiology. The use of nanodevices is to solve problems in the fields of biology and medicine.
Researcher and Author: Dr. ( Afshin Rashid)
Specialized PhD in Nano-Microelectronics