Coursework Assignment On Nanotechnology In Medicine (Coursework Sample)

Nanotechnology
Student’s Name;
Institution Affiliation;
Nanotechnology
Nanotechnology science of the molecular scale manipulation of materials includes the building of the little devices. The science works with molecules and atoms in different fields of applications aimed to solve problems in the engineering, chemistry, biology, and physics. It is conducted in the nanoscale measure of nanometers to help revolutionize the technology and industry sectors in the society.
The nanotechnology inventions and developments began back in 1959 by the physicist Richard Feynman through the manipulation and control of the atoms and molecules that later grew to be named the nanotechnology science. The exploration of ultraprecision machining then referred the development of the atom manipulation as the nanotechnology hence the application of the science in different fields. The technology deals with the billionth of a meter in the manipulation of the molecule size controlling the individual atoms and molecules ("Manufacturing at the Nanoscale | Nano," 2016).
The application of the nanotechnology in the broad array of medical and biotechnology are personalized to provide the cheaper and safe procedures, especially during the operations. The potential of revolutionizing the medical department through the use of the quantum dots semiconducting crystals. The crystals get used in the enhancement of the biological imaging for medical diagnostics. The use of different colors by the technology help in the identification of the various cells in the body that enhance the treatment through the optical detection better than the conventional use of the dyes. The use of the quantum dots improves the medical tests and significantly offers more information for the diagnosis.
The application of the nanotechnology in the medical department helps in the early diagnosis of plaque buildup in the arteries; a condition referred to as atherosclerosis. The imaging technology helps in the measure of the amount of antibody-nanoparticle compound accumulation in the arteries. The nanotech helps the clinicians in the monitoring the treatment of the plaque hence the enhancement of the medical care.
Additionally, the nanotechnology application in the medical field is expected to lead to advanced innovations in the future that aid in the surgery processes and early diagnosis for the patients. The molecular imaging, for instance, has improved the beginning of the detentions through the use of the sensitive biosensors and construction of equipment that enhance the reporting and recognition of molecular events in the human body.
The future utilization of nanotechnology seeks to explore the growth of nerves cells and the improvement of the treatment of the brain cell damages and spinal cord complications. The exploration of the development and regeneration of nanofibers in the spinal nerves has been proved possible through tests in animals. The continued research on the nanotechnology expresses success in the early work on the technology.
The nanotech application in the physics and engineering has helped in the building of better and smarter machines that enhance the operations. The transportation means benefits from the incorporation of nanotechnology in building lighter and intelligent vessels. The improvement of the transportation vessels utilizes nanotechnology in the manufacture of better performing and resilient transportation infrastructure. The application ranges from the recycling process to the development of sensors that provide cost-effective monitoring and performance (Wolf, 2015).
Nano-engineering application in the construction materials improves the transportation infrastructure in the improvement of the performance and resilience hence the long...