Biogenic Silver Nanoparticles Produced by Bacteria Isolated from University Campus Environment Soil Samples in Ras Al Khaimah

Silver is observed to be comprised of a huge percentage ofsilver oxide and the utilization silver salts in practicesince ancient human civilization. nanoparticles remain potentialantifungal, antibacterial, anti-inflammatory, antiviral agents. Further, itis demonstrated that have been involved arresting thegrowth several bacterial species thereby reducing their harmful effects.Micro-organisms are being utilized as eco-friendly nano-factories for thesynthesis bio-production various nano-meter-sized compounds. Metals andmicro-organisms collaborative. Concurrently, micro-organisms alsocapable extracting or accumulating metals. The study suggested aneco-friendly approach extracellular synthesis AgNP usingsoil-derived actinomyces followed by tracing its efficacy against bacteria. Thecharacteristic UV-Visible with also FTIR method. Synthesizednanoparticles screened Streptomyces antibacterial activity bycross streak method PCR analysis. particle size distributionper intensity estimated Dynamic Light scattering studyalso predicted hydrodynamic diameter particles increases withthe increase repetition rate. microbial synthesized has beenobserved possess high toxicity bacteria greater antimicrobialproperty.