Potential of Zn Doped Silicon and Carbon Nanostructures for Triazavirin Delivery as Effective Drug of Coronavirus Disease.

In this study, the performances of Zn-doped nanotubes and Zn-doped nanocages to delivery of Triazavirin as drugs of Coronavirus disease is examined. The ΔG_adsorption and recovery time for complexes of Triazavirin with Zn-C₄₈, Zn-Si₄₈, Zn-CNT (5, 0) and Zn-SiNT (5, 0) are calculated by theoretical methods. The ΔG_adsorption of complexes of b, d, f, h including the Triazavirin-Zn-C₄₈, Triazavirin-Zn-Si₄₈, Triazavirin-Zn-CNT (5, 0) and Triazavirin-Zn-SiNT (5, 0) in water are -3.46, -3.61, -4.28 and -4.40 eV, respectively. The τ of complexes of b, d, f, h including the Triazavirin-Zn-C₄₈, Triazavirin-Zn-Si₄₈, Triazavirin-Zn-CNT (5, 0) and Triazavirin-Zn-SiNT (5, 0) in water are 55.16, 58.52, 62.06 and 67.07 s respectively. Finally, the Zn-SiNT (5, 0) and Zn-CNT (5, 0) have high potential to Triazavirin delivery and these nano-structures can propose to use as deliver of important drugs of Coronavirus disease. [ABSTRACT FROM AUTHOR]