蜜環菌 的英文怎麼說

中文拼音 [mìhuánjūn]
蜜環菌 英文
halimasch; hallimasch; honey agaric; honey mushroom; shoestring fungus
  • 蜜 : Ⅰ名詞1. （蜂蜜） honey 2. （像蜂蜜的東西） honey-like things Ⅱ形容詞（甜美） sweet; honeyed
  • 環 : Ⅰ名詞1 （環子） ring; hoop 2 （環節） link 3 （姓氏） a surname Ⅱ動詞（圍繞） surround; encircle;...
  • 菌 : 菌名詞1. （蕈） mushroom2. （姓氏） a surname
  1. 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

    方法作天麻營繁莖連續縱切片結合橫切片觀察；在天麻生長期切斷其與菌材連接的蜜環菌索，測量新生麻生長情況。
  2. The honey fungus is perhaps most damaging.

    蜜環菌大概是破壞性最大的。
  3. Geographic distribution survey of armillaria biological species in heilongjiang province

    黑龍江省蜜環菌生物種的地理分佈概況
  4. Only homothallic cbs g possessed a single independent lineage. both a. mellea and a. tabescens appeared in two groups. the two clusters of a. mellea correlated to the geographical origin of the isolates, one is the north american lineage and another is the european lineage

    用11個種43個圖譜的數據建立了聚類樹圖，可以清楚地見到9個類群，只有cbsg擁有一個單獨的發育系，蜜環菌狹義種和假蜜環菌都存在兩個不同的發育系，蜜環菌狹義種的兩個發育系與地理起源有關，一個是北美菌株發育系，另一個是歐洲菌株發育系。
  5. The genetic relationship between isolates of europe and china was closer than china and north america ' s. the inner genetic diversity of chinese phylogenesis lineages is higher, at the same time the territorial genetic differentiation and evolution direction divergence have taken place. the mixed lineage in heilongjiang province indicated that the isolates distribution pattern of a. gallica in heilongjiang province accorded with the characteristic that the distribution was formed by adaptive radiation of common ancestral forms

    在以黑龍江省高盧蜜環菌為主的中國大陸發育系內部的遺傳分化程度較大而且遺傳多樣性較高，並出現了區域性的遺傳分異和進化方向的分歧，同時還證明了黑龍江省內高盧蜜環菌的分佈格局也符合由共同的遠古祖先種適應性輻射形成的特點。
  6. The " gallica cluster " appeared as a mixed lineage in the dendrogram. the relatedness of 29 specimens of armillaria ostoyae originating from china, 33 from europe, and 8 from north america was investigated with the aid of mating tests and dna fingerprinting

    利用遺傳交配技術和隨機擴增微衛星技術，調查了29號中國奧氏蜜環菌、 33號歐洲奧氏蜜環菌和8號北美奧氏蜜環菌標本的遺傳和分子系統學關系。
  7. 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

    目的研究天麻營繁莖被蜜環菌侵染后細胞結構的變化，及天麻整個生長期的營養來源。
  8. 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:目的研究天麻營繁莖被蜜環菌侵染后細胞結構的變化，及天麻整個生長期的營養來源。
  9. Great diversity in genomic dna of gastrodia elata bl. and armillaria mellea. was also demonstrated by completely different bands of the rapd between various growing periods of t8 and m. the complete different bands of the rapd between m and the tuber of t8 might revealed that the genetic matter of m did not invade the inter area of gastrodia elata bl

    2通過對同一株不同生長時期的天麻與蜜環菌的rapd擴增結果的研究表明：同一株天麻不同生長時期的dna不表現差異，而且與密環菌沒有共同的條帶，這說明密環菌與天麻的dna有較大的差異，特別是與塊莖之間的差異說明密環菌的遺傳物質在天麻的生長過程中侵入天麻塊莖皮層以內的部位時已被同化。
  10. Conclusion after the rhizomorph of a. mellea infected g. elata nutritional stems, hyphal coils and the hyphal stream will breakthrough passage cells as well as large cells surround the whole nutritional stems, so the passage cells is the key nutritional resource in the whole growth period of g. elata

    結論蜜環菌索侵入天麻營繁莖后，菌絲結、突破菌絲通道的菌絲流，及大型細胞等三層細胞層呈片狀環周包圍了整個營繁莖，菌絲通道是天麻整個生長期營養的補給線。
  11. Comparision of polysaccharide and its immunological activity from the different rhizomorph of armillaria mellea

    野生和人工培養蜜環菌菌索多糖含量及免疫活性的比較
  12. Result after g. elata nutritional stems infected by a. mellea, the rhizomorph of a. mellea separate into several hyphal layers and penetrate hyphal stream which infect into the cells of cortex layer in the direction of outside and infect directly into layer cells in the direction of inside, these hypha can be used the nutrition of g. elata the new corms will be stop growth if cut off the rhizomorph of a. mellea connected with g. elata

    結果蜜環菌索侵入天麻營繁莖后，分成多個分枝的菌絲通道，菌絲突破通道形成菌絲流，向外侵入皮層細胞形成菌絲結，向內直接侵入大型細胞被天麻消化作為營養；切斷天麻與菌材連接的蜜環菌索，新生麻就停止生長。
  13. The two groups of a. tabescens were distantly separated which may indicate the occurrence of two taxonomic units

    假蜜環菌的兩個發育系指出可能存在兩個分類單元。
  14. 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

    摘要主要概述了蜜環菌分類、分佈及在生態學、森林病理學上的作用。
  15. 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

    但奧氏蜜環菌有獨特的生長方式：延伸菌根，連接食物源與菌體，然後迅速向外生長。
  16. 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

    並對這5個蜜環菌生物種的地理分佈、生長規律、寄主范圍、培養特性等生物學習性進行了研究討論。
  17. These figures are smaller than those reported earlier in the literature. in spite of the reduced compatibility, true hybridization of populations can take place : two compatible matings between european and north american isolates fruited and the single - spore offspring showed normal tetrapolar mating pattern. eighty presence - absence dna characters were generated by randomly amplified microsatellite ( rams ) and ml3 fingerprinting analyses an

    結果蜜環菌狹義種的igs和its一rflp類型比以前報道的更多，亞洲、歐洲和北美菌株都具有比較明顯的特徵片段，通過its和igs圖譜可將三個大陸的菌株區分開，其中igs一hinjl圖譜能完全區分三個大陸的菌株。
  18. Altogether 216 basidiocarp specimens of armillaria, mostly from northern and south - western china, were identified with the aid of mating tests using tester strains of the european and north american armillaria species

    從中國東北和西南地區採集216號標本，用交配實驗鑒定了它們的互交不育群和它們同歐洲及北美蜜環菌的關系。
  19. Altogether 76 strains of armillaria from several main forest regions in heilongjiang province were identified with mating test using tester strains of five known armillaria biological species in northeast china. these isolates belonged to the five species respectively, which included armillaria sinapina, a. gallica, a. luteopileata, a. ostoyae and cbs f ( a. singulal ). the distribution, growth rhythm, hosts range and culture characteristics of the five armillaria biological species in heilongjiang province, were also studied and discussed in the text

    在黑龍江省幾個主要林區共採集76個蜜環菌菌株，用交配實驗的方法對它們進行了生物種的鑒定，結果表明在黑龍江省內共發現5個蜜環菌生物種，即芥黃蜜環菌（ armillariasinapina ） ，高盧蜜環菌（ a . gallica ） ，黃蓋蜜環菌（ a . luteopileata ） ，奧氏蜜環菌（ a . ostoyae ）和中國生物種f （ cbsf ， a . singula
  20. One hundred and seven isolates belonging to 12 chinese armillaria species and their relatives occurring in japan, europe and north america were subjected to a restriction analysis of intergenic spacer region ( igs - rflp ) using four restriction enzymes. the analysis revealed a total of 36 different rflp patterns

    用pcr擴增12個中國蜜環菌生物種及其相關的歐洲、北美和日本蜜環菌種的107個菌株的基因間隔區（ igs ）序列，用alui 、 hae 、 hinfi 、 tagi4種內切酶進行消化，結果產生了36個不同的rflp圖譜類型。
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