Programmable Nano Biochip Structure and Function (Based on PhD in Nano Microelectronics)
Researcher and author dr. Afshin Rashid
Note: Programmable nanoparticles (Nano bio chip programmable ) can be programmed and bioparticles with the ability to connect to important scientific, technological and clinical gaps by creating a diagnostic platform for measuring biological nanomolecules.
Programmable nano-chips (Nano bio chip programmable ) have the ability to measure different classes of analysis such as cells, proteins, DNA and small molecules in the same compact nanomaterials. Nano chips programmable (Nano bio chip Programmable ), the combination of nanotechnology, the change of atoms and molecules up to 100 nm in size and clinical applications such as medical devices, diagnostic or tissue engineering. Nano chips programmable (Nano bio chip Programmable ), can be used as monitoring, repair, construction and control of biological systems of humans at the molecular level, using nano-devices and engineering nanostructures to be defined. " Nano-chip programmable (Nano bio chip Programmable ) containing thousands of nanowires, able to detect proteins and other biomarkers left over from biological cells.
Nano programmable chips (biochip Nano Programmable )
Using Nano biochip programmable, it is possible to detect very small amounts of chemical or viral contamination in agricultural, food and medical systems. Also among these programmable nanoparticles (Nano biochip programmable ) is a sensor based on nanowires that detects radiation damage in the medical and laboratory industries. These nanosensors are inserted into blood cells. Programmable Nano Biochip Programmable is a device that consists of one or more laboratory operators on a chip measuring several millimeters or square centimeters and deals with very small volumes of liquids and information. It can give us a lot of interest from one example.
Conclusion :
Programmable nanoparticles (Nano bio chip Programmable ) can be programmed and bioparticles with the ability to connect to important scientific, technological and clinical gaps by creating a diagnostic platform for the measurement of biological nanomolecules.
Author: Dr. ( Afshin Rashid)