Antimicrobial Activity of Ag:ZnO/MWCNT against Acinetobacter baumannii

ZnO absorbs certain amount of light which represent by VU region and this behavior is responsible to decide the activities in different applications light. The main objective was to study ZnO after and before modifying with AgN and MWCNTs in binary and ternary composites with and without UV-A light irradiation. The work include synthesized ZnO/MWCNT, Ag:ZnO and Ag:ZnO/MWCNT with characterization by x-ray diffraction and photo-luminance . the synthesized binary and ternary ZnO composites were tested in inhibition Acinetobacter baumannii which shown higher activities for Ag:ZnO/MWCNT as compere with ether synthesized nano composites. ZnO absorbs certain amount of light which represent by VU region and this behavior is responsible to decide the activities in different applications light. The main objective was to study ZnO after and before modifying with AgN and MWCNTs in binary and ternary composites with and without UV-A light irradiation. The work include synthesized ZnO/MWCNT, Ag:ZnO and Ag:ZnO/MWCNT with characterization by x-ray diffraction and photo-luminance . the synthesized binary and ternary ZnO composites were tested in inhibition Acinetobacter baumannii which shown higher activities for Ag:ZnO/MWCNT as compere with ether synthesized nano composites.