Bi-culture antagonistic test
C. gracile could inhibit the colony growth and spore production of F. roseum causing wilt of coffee tree at 32.96 and 52.97 %, respectively. C. bostrychoides could inhibit the colony growth and spore production of F. roseum causing wilt of coffee tree at 28.51 and 76.35 %, respectively. C. cochlioides could inhibit the colony growth and spore production of F. roseum causing wilt of coffee tree at 31.11 and 62.82 %, respectively (Table 1). C. gracile could inhibit the colony growth and spore production of C. gloeosporiodes causing anthracnose of coffee beans at 40.00 and 45.96 %, respectively. C. bostrychoides could inhibit the colony growth and spore production of C. gloeosporiodes causing anthracnose of coffee beans at 45.37 and 57.91 %, respectively. C. cochlioides could inhibit the colony growth and spore production of C. gloeosporiodes causing anthracnose of coffee beans at 41.85 and 50.49 %, respectively (Table 2). C. gracile could inhibit the colony growth and spore production of F. oxsporum causing wilt of teas at 30.92 and 72.11 %, respectively. C. bostrychoides could inhibit the colony growth and spore production of F. oxsporum causing wilt of teas at 36.66 and 75.69 %, respectively. C. cochlioides could inhibit the colony growth and spore production of F. oxsporum causing wilt of teas at 30.92and 81.26 %, respectively (Table 3). As results, Luo Yaling et al (2014) stated that applied metabolites from some mushroom that could gave a good control of coffee antharcnose caused by Colletotrichum coffeanum. Charoenporn et al (2010) reported that Chaetomium spp gave a good control of tomato Fusarium wilt.
Bi-culture antagonistic testC. gracile could inhibit the colony growth and spore production of F. roseum causing wilt of coffee tree at 32.96 and 52.97 %, respectively. C. bostrychoides could inhibit the colony growth and spore production of F. roseum causing wilt of coffee tree at 28.51 and 76.35 %, respectively. C. cochlioides could inhibit the colony growth and spore production of F. roseum causing wilt of coffee tree at 31.11 and 62.82 %, respectively (Table 1). C. gracile could inhibit the colony growth and spore production of C. gloeosporiodes causing anthracnose of coffee beans at 40.00 and 45.96 %, respectively. C. bostrychoides could inhibit the colony growth and spore production of C. gloeosporiodes causing anthracnose of coffee beans at 45.37 and 57.91 %, respectively. C. cochlioides could inhibit the colony growth and spore production of C. gloeosporiodes causing anthracnose of coffee beans at 41.85 and 50.49 %, respectively (Table 2). C. gracile could inhibit the colony growth and spore production of F. oxsporum causing wilt of teas at 30.92 and 72.11 %, respectively. C. bostrychoides could inhibit the colony growth and spore production of F. oxsporum causing wilt of teas at 36.66 and 75.69 %, respectively. C. cochlioides could inhibit the colony growth and spore production of F. oxsporum causing wilt of teas at 30.92and 81.26 %, respectively (Table 3). As results, Luo Yaling et al (2014) stated that applied metabolites from some mushroom that could gave a good control of coffee antharcnose caused by Colletotrichum coffeanum. Charoenporn et al (2010) reported that Chaetomium spp gave a good control of tomato Fusarium wilt.
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