(74g) Electrophoretic Devices and Metal Organic Protein Molecules for Nano-Technology"

Electrochemistry and electrophoretic separations were recently being used for various protein and DNA separations and electrofucusing, to determine the nature of protein and DNA molecules. Organo metallic (Ga, In Th, Cd, Pb and Cu) complexes were also being used for various thin film development and for the use of bio-medical uses. In this paper the author will discuss several development of metal organic complexes via bacterial propagations, specially Escherichia coli and Thiobacillus ferrooxidans. They were adapted to grow on heavy metallic sulfide complex at the concentration levels of 0.02mg/ml -20 mg/ml. The surface antigenic protein properties of these grown bacterial strains were isolated and were measured for conductivity at various pH and temperatures. The data revealed, that depending upon the electro potential values of metals and elemental groups, that surface antigenic properties of T.ferrooxidans and Escherichia coli K-12 surface cell wall isolates were changed. That prevailed that the isolates carried various organ metallic components, which could be useful in future for the development of low energy intensive microchips and transmitting microampere thin film products.