CAJ | 학술논문

为较为准确、快速地判断大豆物检中的粒面生霉现象, 了解生霉粒表面霉菌的种类, 并对其进行分离与纯化. 本文对不同类型的疑似 "生霉粒" 进行了筛分, 并将其中阳性对照组 (大豆生霉粒组) 的粒面霉菌进行分离、纯化与初步鉴定. 结果表明: 粒面黑斑与白色絮状大豆并非生霉粒, 其表面霉菌数与阳性对照组相差2个数量级, 推测只是沾染生霉粒孢子所致; 阳性对照组分离出9个种霉菌, 分别属于5个菌属, 其中青霉优势菌占所分离菌株的58.21%, 曲霉占23.88%, 赤霉占7.46%, 镰孢菌占1.49%, 其他菌占8.96%.
위교위준학、 쾌속지판단대두물검중적립면생매현상, 료해생매립표면매균적충류, 병대기진행분리여순화. 본문대불동류형적의사 "생매립" 진행료사분, 병장기중양성대조조 (대두생매립조) 적립면매균진행분리、순화여초보감정. 결과표명: 립면흑반여백색서상대두병비생매립, 기표면매균수여양성대조조상차2개수량급, 추측지시첨염생매립포자소치; 양성대조조분리출9개충매균, 분별속우5개균속, 기중청매우세균점소분리균주적58.21%, 곡매점23.88%, 적매점7.46%, 렴포균점1.49%, 기타균점8.96%.
For more accurately and quickly determining mildew phenomenon of soybean surface, realizing, Isolating and purifying species of mildew of soybean surface, different species of "suspected" mold were sieved. And mold from positive con-trol group (soybean mildew particles group) above were isolated, purified and preliminary identification. Findings suggest that blackspot and white flocculent soybean were not belonging to mucoriferous soybean , which mold counts were two orders of magni-tude higher than former two types. Thus it could speculate that former two types were only due to the contamination of mold spores. In addition, there were 9 species of mold isolated from positive control group, which belonged to 5 Sp., of which the Penicillium accounting for 58.21%of the isolates, Aspergillus accounting for 23.88%, Gibberella accounting for 7.46%, Fusarium account-ing for 1.49%, Others accounting for 8.96%.