Synthesis of nanomaterials for drug delivery and cancer biomarkers and therapy

---

Badis Bendjemil, Ahmed Belbah, Nasr-eddine Chakri, Abdelaziz Lankar and Franck Cleymand\

University Badji Mokhtar, Algeria
University of 8 Mai 1945 Guelma, Algeria
CHU Annaba, Algeria
Institut Jean Lamour, France

: J Pharm Drug Deliv Res

Abstract

---

In this research, combustion synthesis in a self-catalytic propagation high temperature synthesis mode (SCHS) and arc discharge technique was used with the aim to synthesize 1D carbon nanostructures, by the sodium Azide NaN3 reduction of the Teflon PTFE (CF)n, in argon, at ambient pressure of 1 MPa. In the same time, several possible catalysts were tried like such as Fe(CO)5, Co(CO)5, Ni(CO)5 powders. Through the presence of NaF in the product, the deep reduction of PTFE is shown in order to produce fullerenes and carbon nanotubes. On one hand, we obtained nanocarbon reinforced iron nano-composites by nanocarbon encapsulated iron metal nanoparticles in nanocarbon coke in our samples with high yield. This opens the process to new possible and nanobiotechnology applications as markers and therapy of cancer and in drug delivered by using nanocarbon containers encapsulated (ferromagnet is the heater of cancer tissue, markers and drugs). On the other hand, the functionalized nanocarbon by magnetic hydroxipatite and cellular growth near nanocarbon for neural prosthetics is now in progress.

Biography

---

Email: Badis23@ymail.com