农业科学与技术:英文版
農業科學與技術:英文版
농업과학여기술:영문판
Agricultural Science & Technology
2012年
3期
669-671,681
,共4页
黄小琴%刘勇%张蕾%周西全
黃小琴%劉勇%張蕾%週西全
황소금%류용%장뢰%주서전
绿菇%灰霉菌%拮抗作用
綠菇%灰黴菌%拮抗作用
록고%회매균%길항작용
Russula virescens(Schaeff.)Fr.%Bortrytis cinerea%Antagonistic effect
[目的]研究绿菇(Russula virescens(Schaeff.)Fr.)对灰霉菌的拮抗作用。[方法]采用对峙培养测定法研究了绿菇菌丝体,发酵液及菌丝体提取液对灰霉菌的拈抗效果。[结果]绿菇对灰霉菌的拈抗作用主要表现为菌丝体重寄生和代谢产物生长抑制作用,对峙生长抑制率介于46.9%~52.3%,重寄生现象明显。PDB培养基培养绿菇获得的发酵液生长抑制作用最强,对辣椒灰霉菌生长抑制率最高,为61.59%;发酵液热稳定性良好;绿菇菌丝提取液对供试灰霉菌无生长抑制作用。[结论]该研究为灰霉菌的分化和药敏感性研究提供了理论依据。
[目的]研究綠菇(Russula virescens(Schaeff.)Fr.)對灰黴菌的拮抗作用。[方法]採用對峙培養測定法研究瞭綠菇菌絲體,髮酵液及菌絲體提取液對灰黴菌的拈抗效果。[結果]綠菇對灰黴菌的拈抗作用主要錶現為菌絲體重寄生和代謝產物生長抑製作用,對峙生長抑製率介于46.9%~52.3%,重寄生現象明顯。PDB培養基培養綠菇穫得的髮酵液生長抑製作用最彊,對辣椒灰黴菌生長抑製率最高,為61.59%;髮酵液熱穩定性良好;綠菇菌絲提取液對供試灰黴菌無生長抑製作用。[結論]該研究為灰黴菌的分化和藥敏感性研究提供瞭理論依據。
[목적]연구록고(Russula virescens(Schaeff.)Fr.)대회매균적길항작용。[방법]채용대치배양측정법연구료록고균사체,발효액급균사체제취액대회매균적념항효과。[결과]록고대회매균적념항작용주요표현위균사체중기생화대사산물생장억제작용,대치생장억제솔개우46.9%~52.3%,중기생현상명현。PDB배양기배양록고획득적발효액생장억제작용최강,대랄초회매균생장억제솔최고,위61.59%;발효액열은정성량호;록고균사제취액대공시회매균무생장억제작용。[결론]해연구위회매균적분화화약민감성연구제공료이론의거。
[Objective] The paper was to study the antagonistic effect of Russula virescens (Schaeff.) Ft. against Bortrytis cinerea. [Method] Using the confrontation culture method, the antagonistic effect of mycelium, fermentation broth and mycelial extract of R. virescens against B. cinerea was studied. [Result] The antagonistic ef- fect of R. vivesscens against B. cinerea was mainly manifested as hyperparasitism of mycelium and inhibition effect of metabolites. The inhibition rate of confrontation growth was between 46.9% and 52.3%, and hyperparasitism phenomenon was obvi- ous. The fermentation broth of R. virescens cultured by PDB medium had the strongest growth inhibition effect, and the growth inhibition rate against B. cinerea was the highest of 61.59%. The thermal stability of fermentation broth was good, the mycelial extract of R. virescens had no inhibition effect against the growth of B. cinerea. [Conclusion] The study provided theoretical basis for subsequent differentiation and drug sensitivity of B. cinerea.