Surface plasmon resonance in nano (core chip) sensors Nano bio core sensor to evaluate the specific and non-specific binding of nanotherapy (based on Nano _ microelectronics PhD)

Surface plasmon resonance in nano (core chip) sensors Nano bio core sensor to evaluate the specific and non-specific binding of nanotherapy (based on Nano _ microelectronics PhD) PhD Teaching _ Research

Researcher  and author: PhD student  Afshin Rashid

Note:  Nano (core chip) sensors Electric Nano bio core sensor  With the help of special interactions between molecules on the surface of nanoparticles and molecules present in diagnostic sensors, minimize non-target interactions to non-diagnostic particles of nanosensors. Minimizes. 

NanoBioSensor focuses on the development of innovative technologies that have the potential to make significant contributions to the fields of disease diagnosis, nanoparticles and biological materials, and environmental monitoring. These technologies are formed in the form of nanometer engineering sensing operating systems such as nanowire-based platforms, nanopop, CNTs, nano ribbons, nano bio-chip sensors, and so on. Different types of these nanosystems are explored based on nanosensor structures, such as conduction-based platforms. Plasmon resonance detection  at the level of a  sensor chip and with the general purpose of interaction analysis, which includes a variety of biomolecules such as small organic molecules, proteins, lipids, carbohydrates and nucleic acids. The design of the sensor nanobiochip allows quantitative detailed studies of these reagents to lead to data such as interaction kinetics, affinity, interaction, concentration and binding ratios. This ligand is covalently  bound to the surface of the Nano bio core sensor through the carboxyl, zinc, and dextran  components. 

The structure  nano (chip core) sensors Nano bio core sensor   that crystals mechanical energy into electricity that nano-  sensor for this purpose include a nanochip with molecules of zinc oxide on top of each other gather Generates millions of nanowires. Piezoelectric energy plays an important role in the identification process. When some materials, such as zinc oxide wires, are compressed or pressed, they generate an electric charge in response to applied mechanical pressure. The slightest disturbance in the structure of the nanowires on the chip leads to piezoelectric energy. It is then converted into electrical energy and amplified to generate voltage. Intense motion of  surface plasmon resonance in nano (core chip) Used to move objects at very high speeds. Due to the piezoelectric effect, these motions disrupt the nanowires to produce electronic signals. This nano-sim uses a flexible substrate that generates electricity by moving the body. In order to be able to use the nanochip to diagnose the  specific and non-specific binding of nanotherapy  , by adding a bait that attracts specific bacteria, a biological flavor is  added to the Nano bio core sensor of the sensors .

Conclusion : 

Nano (core chip) sensors Electrical Nano bio core sensor  minimizes non-target interactions to non-diagnostic nanosensor particles with the help of special interactions between molecules on the surface of nanoparticles and molecules in diagnostic sensors. رساند. 

Author: PhD student  ( Afshin Rashid)

PhD student in nano-microelectronics at Islamic Azad University, Science and Research Branch of Tehran