I need help creating a thesis and an outline on GOLD NANO PARTICLES. Prepare this assignment according to the guidelines found in the APA Style Guide. An abstract is required. Gold nano particles Gold nano particles An extensive study of gold nano particles has been carried out for a longperiod of time, close to a decade. Their occurrence takes different shapes such as gold nanoshares, nanocages, nanoshells, nanorods and the scattering Raman nanoparticles which are enhanced. These are the main occurrences that have attracted a lot of attention thus, leading to their extensive study. Practically, GNPs are used in biomedical applications hence. they remain of great importance in this sector. GNPs also come in varied colours like blue and red (Chan 2007). It is these variations that are used in comprehension of plasomons which depends on the wavelength, otherwise known as conduction-band electrons during oscillation. This phenomenon translates into absorption and scattering ability of light, which is an important feature to biological applications like sensing and imaging. The ability of bio molecules to interact both inside and at the surface of a cell can result into varied interactions according to the size of nanoparticle. Currently, for medical sector purposes, it is possible to modify and fabricate nanoparticles and AUNPS is best for clarifying the distinct properties of the “red surface Plasmon resonances band at 520” with catalytic activity which is high and easily fabricated with the use of thiol interconnected to SS-DNA which enables them to be components that are stable for bio-sensing purposes. When nanoparticles and biological elements of lipids, proteins and nucleic acids are combined, they can reveal specific functions in bioprobes and biosensors. It is therefore, important to note that, nanoscale particles possess clear and exceptional potential of detecting and accurately diagnosing cancer (Chan 2007).
To increase the level of sensitivity like in surface enhanced Rayleigh scattering, surface enhanced fluorescence, and surface enhanced Raman scattering, the use of surface Plasmon have been significant. Though, SERS is an attractive and has very unique technique that can be vital in measuring rotational, vibration and molecules of low transition frequency based on Raman scattering (Chan 2007).
Chan, W. C. W. 2007. Bio-applications of nanoparticles. [New York], Springer Science + Business Media.