Synthesis And Characterization Of Gd2O3: Tb 30%.

Over the past decade, nanotechnology has grown leading to the control of the synthesis and functionalization of nanoparticule for applications in the biological marking. The manufacture of nanoparticule luminescent intrinsically could move towards a single detection. By saving this very small optical signal, we can track the movement of the receptor in the membrane during unprecedented times, reaching overtime. This result is a significant advantage compared to the fluorescent molecules whose average lifespan is more limited. These particles can be detected by both the luminescence of rare earth ions present in the heart and that of organic fluorophore. The results look very encouraging. This work aims to study the development of nanoparticule of rare earth oxide as probes to monitor the dynamics of action unique biological entities. The goal of my work has been improved reproducibility of the synthesis and optimization protocol synthesis. [ABSTRACT FROM AUTHOR]