Electronic nanosensors (nano biosensors) can monitor blood chemistry, electrical signals and pressure (PhD in Nano-Microelectronics)
Researcher and author: Dr. ( Afshin Rashid)
Note: Electronic nanosensors (nano-biosensors) can be implanted or intelligent parts are developed for special patients who are in a dangerous situation.
These sensors can monitor blood chemistry, electrical signals and pressure. Of communication with devices outside the body, the internal state of the patient and the report showed that the tumor, heart attack, or local infection being developed. These sensors can also be integrated with complex systems to deliver a drug or other agent to counteract the detected abnormality. For chronic diseases such as diabetes, these sensors will be a big step forward. Nano-microelectronics technology will participate in the development of vital nanotechnology technologies needed in the development of these (nano-biosensors) biological sensors . A type of sensing system that can quickly process patient specimens and detect a set of medical symptoms with high sensitivity and selectivity is developed for use in medical laboratories or physicians' offices. Some of these tests will be based on nucleic acids (such as DNA and RNA) and will be used to quickly diagnose a patient's vulnerability to specific diseases, infections, and intoxications.
The activity of living systems is mainly due to the behavior of molecules at the nanoscale. Now all disciplines, including nanochemistry, nanophysics, nanomedicine, nanobiology, and nano-microelectronics, have moved to these scales. Makes. Block molecular Producer life (lipids, proteins, nucleic acids and hydrocarbons and alternative non-biological) are all among the materials that because of their size, repeatability and nano scale features unique to nanotechnology in biology ( Molecular and cellular genetics ) and biotechnology as nanotechnology allows us to place components and compounds inside cells and materials. Build a new one using our own repair methods . Creating DNA-based structures in biotechnology will be a breakthrough in the construction of nanobiosensors . It is useful to build compatible sensors and components to replace body parts and peripheral sensors designed for complete experiments on a very small chip . Simultaneous detection of several diseases from a single drop of blood (on the basis of laser frequency range of infrared, visible and ultraviolet detection of the DNA (and making nanometer devices based on DNA) represents a new approach sensors bio Nano_Microelectronics is a technology.
Conclusion :
Electronic nanosensors (nano-biosensors) can be implanted or intelligent parts are developed for special patients who are in a dangerous situation.
Researcher and author: Dr. ( Afshin Rashid)
PhD in Nano-Microelectronics