Introduction of structure structure of implant bio chip implants (based on PhD in nano-microelectronics)
Researcher and author: Dr. ( Afshin Rashid)
Note: These probes connect to the targets in the test sample. Due to hybridization, contact is made between the probes and their target. Biochip scanners and microarray image analysis software are then used to identify the target and quantify the signal. The results are obtained at the statistical level and are interpreted in a biological context.
Antenna coil - very basic and small for sending and receiving signals from the scanner.
Computer Microchip - This stores a unique identification number of 10-15 digits.
Adjusting Capacitor - Charged with a very small signal sent by the operator.
Glass capsule - made of a biocompatible material, especially soda lime glass. Used to hold the antenna coil, capacitor and microchip.
Reader: This includes a coil called an exciter that is used to generate an electromagnetic field (emf) with the help of radio signals. Provides the energy needed to create the chip.
These microchips are generally related to an electronic tracking and location system and in particular to an advanced system in which a converter is housed. The most advanced systems make it possible to place an asset up to several feet. Recently, microchips have been developed to track and find people. These tracking and tracking devices are used to manage people, such as people with Alzheimer's, prisoners, children, and the military. Other systems have been proposed to track domestic animals and other animals. The transmitters and receivers used to locate and track humans are implanted as bracelets, sewn into clothing, placed in a backpack, implanted behind the human ear, and generally under the skin. One of these systems uses global positioning satellite technology to track and locate inanimate objects, animals and humans. In this way, a bracelet containing the receiver is worn by the child. Using the location known by the three satellites in orbit and the time required for the signal to pass between the transducer and each of the three satellites, the three-dimensional position of the transducer can be calculated.
Researcher and author: Dr. ( Afshin Rashid)
PhD in Nano-Microelectronics