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首页> 外文期刊>Micologia aplicada international: The refereed journal of applied mycology >Growth of Trichoderma viride on bean (Phaseolus) pod solid basal medium
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Growth of Trichoderma viride on bean (Phaseolus) pod solid basal medium

机译:绿色木霉在豆荚固体基础培养基上的生长

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Trichoderma viride Pers. isolated from soil was grown on two different solid media (Potato Dex trose Agar, PDA, and Bean ( Phaseolus Phaseolus ) Pod Agar, BPA) impregnated sep a rate ly with three nitrogen sources at room temperature (29±2 C). Growth rate was determined from the radial growth of the fungus on Petri dishes. There was no sig nifi cant difference between radial growth of T. viride on PDA and BPA sup ple ment ed with magnesium sulphate and so di um nitrate (p<0.05%). The fun gus did not grow on BPA supplemented with sodium nitrite, where as growth of the organism was observed on PDA treated likewise. Growth of the fungus on ammoniumtreated BPA was com pa ra ble to the control, while no growth was noticed on PDA. On the whole, the growth of T. viride on BPA compared well with that on PDA (p< 0.05%). This is an indication of the possible use of bean pod as a carrier medium for T. viride in biocontrol programmes.
机译:绿色木霉Pers。从土壤中分离出的分离液分别在室温(29±2 C)和3种氮源下分别浸渍在两种不同的固体培养基(马铃薯(Dotas)玫瑰琼脂(PDA)和豆(Phaseolus Phaseolus)荚果(BPA))上生长。根据培养皿上真菌的放射状生长确定生长速率。 PDA上的蠕虫的径向生长与补充硫酸镁和硝酸二铵的BPA之间无明显差异(p <0.05%)。真菌在补充有亚硝酸钠的BPA上不生长,因为在同样处理的PDA上观察到了生物的生长。在铵盐处理的BPA上,真菌的生长与对照组相当,而在PDA上未发现生长。总体而言,BPA上的T. viride的生长与PDA上的生长相当(p <0.05%)。这表明豆荚有可能在生物防治计划中用作病毒假单胞菌的载体。

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