木菌 的英文怎麼說

中文拼音 [mùjūn]
木菌 英文
timber fungus
  • 木 : Ⅰ名詞1 （樹木） tree 2 （木頭） timber; wood 3 （棺材） coffin 4 （姓氏） a surname Ⅱ形容詞1 （木...
  • 菌 : 菌名詞1. （蕈） mushroom2. （姓氏） a surname
  1. Agarics are common in leaf litter and rotting wood, where they live as saprobes

    傘菌目的生物通常在樹葉和腐爛的木材中作為腐生生物而存在。
  2. Results : there was no interference between the sample and the relative tachypleus amebocyte lysate ( tal )

    結果： 5 %木糖醇注射液不干擾鱟試劑與細菌內毒素的凝集反應，檢查結果全部為陰性，結果準確可靠。
  3. The strain 2009 and the pure culture were used as experimental materials to study the relationship between the pregermination methods of auricularia auricula and the emergence rate, the contamination rate and the yield by six methods

    摘要以黑木耳菌株2009作試驗菌株，選用木屑培養基作試臉材料，在同一黑木耳栽培菌培養室採用6種不同的催芽方法，研究了催芽處理方法與耳基分化率、污染率和產量之間的關系。
  4. It was suggested that eric - pcr could substitute for rapd in research related to the genetic identification and genetic diversity in auricularia and other edible and medicinal fungi : 2 to a certain extent, genetic differences among auricularia strains tested in this study did not have necessary relativity with their geographical origins respectively ; 3 in this study, genetic diversity in a. polytricha was higher than that in a. auricula : 4 in this study, a. fuscosuccinea had a higher homology to a. auricula than to a. polytricha ; 5 morphological characteristics validated the results from eric - pcr and provided a potential explanation for the higher similarity coefficient between a. auricular and a. fuscosuccinea ; 6 southern hybridization was employed by choosing a strain from a. auricula as a probe which hybridized with a. auricula and a. fuscosuccinea except a. polytricha, further confirming the veracity of the results from eric - pcr ; 7 in this study, isozyme analysis could not cluster the 7 strains from three auricularia species to different groups efficiently ; 8 2 strains from two auricularia species revealed high conservative degree and the restriction fragment patterns by 4 kinds of restricted enzymes showed no diversity

    本研究中，木耳屬2個種的2個菌株在its區域表現出較高的保守性， 4種限制型內切酶的酶切圖譜沒有顯示出多態性；增加內切酶種類及供試菌株數量，有可能獲得具有多態性的限制性內切酶酶切圖譜； 9本實驗中， its區域的真菌特異性引物與真核生物通用引物對于擴增效果無較大差異，擴增片段長度均為650bp左右； 10根據形態學實驗、 eric - pcr實驗以及southern雜交實驗的結果分析，紫木木耳屬種質資源的遺傳鑒定和遺傳多樣性評價耳極有可能是毛木耳種的一個變種; n .本研究中所用的gutc法是一種適用於木耳屬菌株基因組洲a快速提取的方法; 12 .傳統的形態學分類法和現代的分子生物學分類法，兩者的關系是相輔相成，互為驗證
  5. The second part has first selected the best formula of mother and stock culture medium which adapt to pleurotus ostreatus, lentinus edodes, flammulina velutipes, agrocybe cylindracea, volvariella volvacea, agaricus bisporus, auricularia auricula, pleurotus membraneens, ganoderna lucidium and agaricus blazei

    第二部分：通過一系列的培養生態試驗，初步篩選出了適宜平菇、香菇、金針菇、楊樹菇、草菇、雙孢蘑菇、木耳、鳳尾菇、靈芝和巴西蘑菇等10種食用菌的母種培養基配方和原（栽培）種的培養基配方。
  6. The results are as following : 1 eric - pcr was for the first time applied in differentiating strains from edible fungi and proved to be more rapid and reliable than rapd in auricularia identification study. taken the similarity coefficient as 75 %, 29 strains of three auricularia species were grouped into 6 and 9 clusters by rapd and eric, respectively. eric - pcr clearly distinguished a. auricula from a. polytricha while rapd failed

    在75的分類水平上， eric - pcr把29個菌株分為9組，黑木耳種和毛木耳種可以明顯區分開；而rapd只能分為6組，不能將黑木耳和毛木耳分開，說明eric - pcr是比rapd更快捷可靠的分子標記，可以有效用於木耳屬的種質資源及遺傳分類的研究，也適合於其它食藥用菌種質資源的研究； 2
  7. The quantity of bacteria, fungi and azotobacter is high in spring and winter and low in summer and autumn while the quantity of cellulose decomposing bacteria is higher in spring and autumn than t

    在加硫酸鉸的5個對比試驗中，其增幅平均達72石，木霉比土著纖維素分解菌的增幅更大。
  8. Wood preservatives. determination of the preventive efficacy against wood - destroying basidiomycete fungi

    木材防腐劑.毀木擔子菌防治效果的測定
  9. In addition new borers and fungi have been introduced on imported materials.

    此外，許多新的木材玷孔蟲和腐朽菌也隨進口木材引入了這些國家。
  10. Occurrence and progress on tree cankers caused by botryosphaeria spp

    葡萄座腔菌屬所致樹木潰瘍病發生與研究進展
  11. In addition, we also found that an evident crossing - infection happened in three frankia strains tested, which were respectively isolated from myrica and casuarina

    此外，聚類分析還表明，不同宿主來源的菌株之間存在著交叉，特別是來自於木麻黃和楊梅的菌株，其交叉尤其明顯。
  12. These pathogenic characteristics that could cause corm tissue to bring browning reaction, lignose of cell wall to increase, and faecula granule to decrease, were also observed by using tissue sectioning

    用組織切片法觀察發現病菌能使香蕉苗球莖組織產生褐變，引起細胞壁木質素增加及澱粉顆粒減少。
  13. In normal seedlings the deleterious recessive genes are not expressed.

    有害的隱性基因在正常菌木中不表現出來。
  14. Flavones formed from xylem stem of dracaena cochinchinensis by co - culture of fungus strain and bacteria strain

    真菌共代謝轉化龍血樹木質形成黃酮類化合物
  15. Durability of wood and wood - based products. assessment of the effectiveness of a masonry fungicide to prevent growth into wood of dry rot serpula lacrymans schumacher ex fries s. f. gray. laboratory method

    木材和木基製品的耐久性.防木材幹枯長龍介蟲的圬工殺菌劑效果評定.試驗室法
  16. Durability of wood and wood - based products - assessment of the effectiveness of a masonry fungicide to prevent growth into wood of dry rot serpula lacrymans schumacher ex fries s. f. gray - laboratory method

    木材和木基產品的耐久性.磚砌施工防菌劑在防止黴菌生長進入干風化serpula lacrymans s . f . gray中效果的評定.實驗室法
  17. Durability of wood and wood - based products. assessment of the effectiveness of a masonry fungicide to prevent growth into wood of dry rot serpula lacrymans schumacher ex fries s. f. gray. laboratory method. european prestandard env 12404

    木質和木基製品的耐久性.磚石建築防止乾燥腐爛serpula lacrymans向木材中生長的殺菌劑效果的評估ss . f . gray .試驗室方法
  18. The exposed wood protected with a wound-dressing compound to prevent fungal infection.

    傷口露出的木質應以敷料包裹以防止病菌侵染。
  19. The fungus can persist in stumps and roots for many years.

    這種真菌宿存於樹木的伐樁和根系中許多年。
  20. In addition, the evident crossing - infection happened in the strains came from myrica, casuarina also could be found in the sequencial analysis. all these results we obtained from the sequencing and rflp analysis were partly accorded with what baker brought forward in 1987 ( the four host specific group, hsg ). however, they also indicated the limit of this hsg

    5株供試菌株與其它已發表菌株的全序列比較結果可將所有菌株大致劃分為4個簇，楊梅菌株fmr61 、木麻黃菌株fcg07和木麻黃菌株fce42具有較高相似性與榿木菌株聚為第簇；而楊梅菌株fmr16和2215與來自胡頹子科和沙棘的菌株聚在一起歸為第簇。
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