內孢菌屬 的英文怎麼說

中文拼音 [nèibāojūnzhǔ]
內孢菌屬 英文
endosporus
  • : 名詞1. (內部; 里頭; 里邊) inner; inside; within 2. (妻子或妻子的親屬) one's wife or her relatives 3. (姓氏) a surname
  • : 名詞[植物學] (孢子) spore
  • : 菌名詞1. (蕈) mushroom2. (姓氏) a surname
  • : 屬名詞1 (類別) category 2 [生物學] (生物分類系統上所用的等級之一) genus 3 (家屬; 親屬) fami...
  1. Finally, the level identification, classification of these nine endophytic fungi are studied through literature retrieving and comparison with related genus or type species, during which the characteristics of conidia and the result of physiological experiment are regarded as key words and as assist respectively. the ultimate result of these strains " classification are that one new species coniothyrium macrospora y. xiang et j. x. cui sp. nov. ( 1026 ) ; five new recorded - genus in china : papularia sphaerosperma ( pers. ex fr. )

    以形態學性狀中的分生子特徵為主題,以生理實驗結果為輔助,檢索文獻,與相關種和模式種進行對照比較,對這些生真進行水平的種鑒定分類,其中株1026為一新種:大盾殼霉( coniothyriummacrosporay . xiangetj . x . cuisp . nov . ) , 5株為中國新記錄種: 1005球乳突[ papulariasphaerosperma ( pers . exfr . ) vonh (
  2. The fungus acremonium implication can develop an endophytic association that is mutually beneficial with brachiaria species. diversity exists among 11 a. implication isolates showed in cultural characters, rapd and aflp analysis

    這些牧草普遍被生真枝頂( acremoniumimpliacatum )感染,二者形成互利共生的關系。
  3. Observation on the conidia of 6 isolates belonging to four genera by sem indicated that there were remarkable difference between the genera. it was confirmed that the numbers of appendages and cells of conidia were steady characters for identification in the genera and species level. and the appendage knobbed on the top was also a very important character for the species identification

    對以上四11個種單分離株在pda培養基上培養性狀的觀察表明,落形態和顏色、落背面顏色和輪紋、產時間和產類型在間具有重要的鑒別意義,在種雖然不穩定,但不同種間確實存在差異,可以作為種間劃分的參考依據。
  4. It was observed that micro - organisms in soil treated with the herbicide at a range of 2 - 50 mg / kg grown greatly different from those in control. the results showed that bacteria, such as bacillus and pseudomonas were grown most fast ; and then staphylococcus, vibrio and escherichia were increased obviously ; but that actinomyce and fungi were seemed to be inhibited by quizalofop - p - ethyl

    土壤中的細( bacteria )種群數量在70d培養期與對照組相比均有不同程度增加,其中芽( bacillus ) 、假單胞桿( pseudomonas )的生長最快,弧( staphylococcus ) 、埃希氏( hibrio )和葡萄球( escherichia )的生長速度次之。
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