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The effects of six species of phytopathogenic fungi mycelia as elicitors on trichodermin yield by  Trichoderma brevicompactum  were investigated. Neither nonviable nor viable mycelia of  Botrytis cinerea ,  Alternaria solani ,  Colletotrichum lindemuthianum,  and  Thanatephorus cucumeris  demonstrated any elicitation on the accumulation of trichodermin. However, the production of trichodermin was increased by the presence of viable/nonviable  Rhizoctonia solani  and  Fusarium oxysporum  mycelia. The strongest elicitation effect was found at the presence of nonviable  R. solani . At the presence of nonviable  R. solani , the maximum yield of trichodermin (144.55 mg/L) was significantly higher than the Control (67.8 mg/L), and the cultivation time to obtain the maximum yield of trichodermin decreased from 72 h to 60 h. No difference of trichodermin accumulation was observed by changing the concentration of nonviable  R. solani  from 0.1 to 1.6 g/L. It was observed that the optimum time for adding nonviable  R. solani  is immediately after inoculation. The diameter of  T. brevicompactum  mycelial globule after 72 h cultivation with nonviable  R. solani  elicitor was smaller than that of the Control.

The Elicitation Effect of Pathogenic Fungi on Trichodermin Production byTrichoderma brevicompactum