Inventors: Prof. Dr. Hamid H. Murbat, Lect. Dr. Ban H. Adil/ Department of Physics, College of Science for Women, University of Baghdad
Assistant Prof. Dr. Ahmed S Obaid/ Department of Physics, College of Science for Women, University of Anbar
Assistant Prof. Dr. Mohammed M. Farhan/ Biotechnology Research Center, Nahrain University
Abstract
The use of atmospheric air to produce a cold plasma used in the manufacture of gold nanomaterials to treat parasitic Leishmaniasis The study was a laboratory study of two types of Leishmania, Donovani cells and Tropica cells where plasma was generated non-thermal atmospheric pressure using different diameters ranging from (1, 2.8, 3.8, 4.3 mM). For the production of nanomaterials of gold using aqueous gold tetrachloride salts HAuCl4.4H2O and after making sure the manufacture of nanomaterials by conducting UV-visible and X-ray examination was the least granular size of the diameter of 1 mm and equal (17nm), and accordingly nanomaterials were made to treat parasitic leishmaniasis using diameter.
The effect of nanomaterial on the parasitic lymphoid parasite at 100%, 50% and 25% nanomaterials was studied after 24 and 48 hours of exposure and the greatest smashing rate. For leishmania cells at a concentration of (0.4 mM molar and expose 4 min of Cold plasma) of donovani cells is equal to 55.6% after 48 hours of exposure, and when concentrated (0.2 mM molar and 4 min of cold plasma) to tropica cells is equal to 69.6% after 48 hours of exposure. These results give an indication that nanomaterials are a promising future for the treatment of this. Parasite that threatens people around the world.