Publication Date
8-2011
Advisor(s) - Committee Chair
Dr. Rajalingam Dakshinamurthy (Director), Dr. Cathleen Webb, Dr. Kevin Williams
Degree Program
Department of Chemistry
Degree Type
Master of Science
Abstract
There is an increased interest in understanding the toxicity and rational design of gold nanoparticles (GNPs) for biomedical applications in recent years. Such efforts warrant reliable, viable, and biofriendly synthetic methodology for GNPs with homogeneous sizes and shapes, particularly sizes above 30 nm, which is currently challenging. In the present study, an environmentally benign, biofriendly, singlestep/ single-phase synthetic method using dextrose as a reducing and capping agent in a buffered aqueous solution at moderate temperature is introduced. The resulting GNPs are near-spherical, stable, catalytically active, place exchangeable, and water-soluble within the size range of 10-120 nm. The added advantage of the biologically friendly reaction medium employed in this new synthetic approach provides a method for the direct embedment/integration of GNPs into biological systems such as the E. coli bacterium without additional capping ligand or surface modification processes.
Disciplines
Analytical Chemistry | Materials Chemistry
Recommended Citation
Badwaik, Vivek D., "Single-Step Biofriendly Synthesis of Surface Modifiable, Near-Spherical Gold Nanoparticles for Applications in Biological Detection and Catalysis" (2011). Masters Theses & Specialist Projects. Paper 1092.
https://digitalcommons.wku.edu/theses/1092