A master’s thesis at Samarra University discusses the development of a plant antibiotic to treat COVID delta, using Zamzam water
A master’s thesis at the College of Education at Samarra University discussed the development of an antibiotic by loading plant nanoparticles to treat COVID delta and using Zamzam water through a physical and biological study.
The thesis presented by the student, Aisha Ahmed Latif, showed that the nanomaterial (zinc) extracted from parsley, and diagnosed by several techniques, found X-ray diffraction and that the average size of the minutes obtained was (5.3 nm, 5.4), (4.45 nm), of nano-zinc. It also showed the scattering of X-rays in the presence of the prepared nanoparticles in large quantities and specific weight ratios.
The thesis explained the adding zinc nanoparticles effect to the mixture – the study sample – with different concentrations of the cross (CTAB, B9, plant extracts) and at different temperatures – once in the presence of distilled water – and again in the fact of Zamzam water, to an increase in the formation of filamentous micelles with an increase in the concentrations of the nanomaterial. Additive; This is because nanomaterials increase the crosslinking of micelles with each other.
The results showed that the mixture of samples (B, C, D, K, L) was effective in killing and inhibiting the growth of Candida albicans and inhibitory diameters (14,2,15.8,12.1,13.5, and 17.6 mm). In contrast, the inhibitory diameter was The antibiotic (Nystatin) (19mm). However, the effectiveness of the antibiotic (Nystatin) in killing Candida albicans is close to the efficacy of samples (B, C, D, K, L). It is a very significant and excellent value.
