Nano_Micro bio-Sensing chip Structure, function and applications (based on PhD in Nano-Microelectronics)
Researcher and author PhD student Afshin Rashid
Note: Nano-Micro bio-sensing chip A group of electrochemical sensors with or without enzymes, a nano-micro- sensor that can measure not only pH and temperature, but also molecules related to There is also metabolism. This means that the nano-micro sensor can react to a wide range of compounds.
Nano_Micro bio Sensing chip Nano_Micro bio-sensing chips The nano-sensor chips generate an induction field that detects many molecules in the body. Nano_Micro bio Sensing chip is a miniature laboratory consisting of a set of microarrays. These particulate matter act as test sites within the biocype, and because many of them can be built into the biocype, they serve as a multifunctional electronic nanosensor that allows many experiments to be performed simultaneously. This can naturally result in much higher test speeds and efficiencies than if each test were performed separately using other methods.
Nano_Micro bio-Sensing chip A square centimeter consists of three main components: a circuit with six nano-sensors, a control unit that analyzes the input signals. Nano_Micro bio-sensing chips , especially functional arrays, Is used to study basic biological properties such as studying the interaction of cells or other molecules. Nano_Micro bio-sensing chips are capable of performing a variety of chemical and cellular analysis, isolation and reaction. Nano_Micro bio-Sensing chip is one of the fastest growing areas of microtechnics and is the development of nanotechnology and has many technologies for developing applications in a wide range of disciplines. The analysis and diagnosis in cells is done by nanoparticles.
Conclusion :
Nano-Micro bio-sensing chip A group of electrochemical sensors with or without enzymes, a nano-micro- sensor that can measure not only pH and temperature, but also molecules involved in metabolism. There is. This means that the nano-micro sensor can react to a wide range of compounds.
Author: PhD student ( Afshin Rashid)