Fungi species due to their bioaccumulation capacity, intercellular uptake and high binding capacity have demonstrated remarkable potential for synthesis of AgNPs . Fungi synthesis is usually followed by enzymatic process, which affects the formation of AgNPs . Similar to bacteria, in fungi amide, carbonyl and hydroxy groups are responsible for the stabilization and synthesis of AgNPs . By using Fusarium oxysporum AgNPs of size 5-50 nm were synthesized by extracellular process. This study reported no signs of flocculation AgNPs even a month after the reaction was carried out . The stabilization of AgNPs by protein ensure long term stability . The obtained AgNPs were generally spherical with few triangular in shape . A study by demonstrated that AgNPs prepared by using A. flavus significantly enhanced the biocidal effectiveness against drug resistant bacterial strains. However, the process is long as compared to other green synthesis methods . The examples of the Fungi species which are used in the green synthesis of AgNPs is summarized in table .