| 1. | The honey fungus is perhaps most damaging .
蜜环菌大概是破坏性最大的。 |
| 2. | Geographic distribution survey of armillaria biological species in heilongjiang province
黑龙江省蜜环菌生物种的地理分布概况 |
| 3. | Comparision of polysaccharide and its immunological activity from the different rhizomorph of armillaria mellea
野生和人工培养蜜环菌菌索多糖含量及免疫活性的比较 |
| 4. | The two groups of a . tabescens were distantly separated which may indicate the occurrence of two taxonomic units
假蜜环菌的两个发育系指出可能存在两个分类单元。 |
| 5. | In this paper we had dicussed mainly classification and distribution of arimillaria . we also had accouted for action arimillaria in ecology and pathology of forest
摘要主要概述了蜜环菌分类、分布及在生态学、森林病理学上的作用。 |
| 6. | Objective to study the cell structure changes of gastrodia elata after armillaria mellea infection as well as the nutritional resource of this important medicinal plant
目的研究天麻营繁茎被蜜环菌侵染后细胞结构的变化，及天麻整个生长期的营养来源。 |
| 7. | Abstract : objective to study the cell structure changes of gastrodia elata after armillaria mellea infection as well as the nutritional resource of this important medicinal plant
文摘:目的研究天麻营繁茎被蜜环菌侵染后细胞结构的变化，及天麻整个生长期的营养来源。 |
| 8. | But armillaria has the unique ability to extend rhizomorphs , flat shoestringlike structures , that bridge gaps between food sources and expand the fungus ' s sweeping perimeter ever more
但奥氏蜜环菌有独特的生长方式：延伸菌根，连接食物源与菌体，然后迅速向外生长。 |
| 9. | Method observation of the serial sections on the nutritional stems of g . elata , and measure new corms of g . elata when cut off the old corms connection with rhizomorph of a . mellea
方法作天麻营繁茎连续纵切片结合横切片观察；在天麻生长期切断其与菌材连接的蜜环菌索，测量新生麻生长情况。 |
| 10. | It also was a cosmopolitan species in the northern hemisphere . the phylogenetics relationships between the isolates of a . gallica from europe , north america and china were studied with issr - pcr amplification
并对这5个蜜环菌生物种的地理分布、生长规律、寄主范围、培养特性等生物学习性进行了研究讨论。 |
