fungi culture 中文意思是什麼
fungi culture
解釋
真菌培養-
The rhizosphere microflora dynamics of bacteria, actinomyces, fungi and four bacterial physiological groups of kentucky bluegrass under different quality of illumination were studied by adopting selective culture medium to explain scientifically response regular of this grass to different illumination condition
摘要研究了草地早熟禾在不同光照條件下其根際與非根際細菌、真菌、放線菌以及氨化細菌、硝化細菌、好氣性纖維素分解菌、固氮菌生理類群的區系動態變化，擬從根際土壤微生物數量變化方面來闡述草地早熟禾對不同光照條件的響應規律。 -
We mensurate the number of the primary soil microbes such as bacteria, fungi and azotobacter with diluting flat technique, and mensurate the number of cellulose decomposing bacteria with mpn technique, and mensurate the biological quantity of the soil microbes with the technique of chloroform suffocating - inundation culture - colour - compared
本文以長期壟作免耕試驗田為研究對象，採用稀釋平板計數法測定了土壤中主要的微生物細菌、真菌、自生固氮菌數量，用mpn （最大或然值法）測定纖維素分解菌的數量，採用氯仿熏蒸?淹水培養?納氏比色法測定微生物生物量。 -
Isolate all grew well in the culture medium with initial ph 4 - 10, the optimal growth temperature range was from 28 to 30. 5 degree c. it grew well on the medium for fungi growth, such as pda medium and czpek medium etc, and also grew well on the cause ' s i medium and the non - nitrogen medium, but little growth on the luria bertani medium ( lb ) and beef extract peptone medium. it did not need special nutrition factors for growth, but source of the carbon was the key factor to growth, all of its nutrition needs were different from that of common bacteria
該菌在初始ph4 - 10的培養基中都能夠生長，生長最適溫度范圍為28 - 30 . 5 ，在pda 、查氏等真菌培養基中生長旺盛，在高氏1號和無氮源培養基中同樣生長良好，而在lb與牛肉膏蛋白腖等細菌培養基中生長很差，碳源是其生長的關鍵因子，這有別於一般細菌的營養需求。 -
Based on modeling of the resultant time - dose - mortality data, the estimates of lc50 for the culture against the aphid species were 3. 0, 1. 7, and 1. 2 cominia / mm2 on days 5 - 7 after exposure to conidial shower ; the estimates of lt50 dropped from 4. 6 days at the concentration of 4. 5 conidia / mm2 to 3. 2 days at 26. 3 conidia / mm2. all aphid cadavers exhibited typical pandora syndrome. thus, the millet culture of p. delphacis was highly virulent to m. persicae, suggesting an applicability of the easy and convenient millet culture method to entomophthoralean fungi
用第1 、 5及9代黍米培養物對桃蚜2一3齡若蚜分別進行30min的單劑量抱子浴接種試驗，均表現很強的侵染力，各代培養物的實際接種劑量分別為25 . 2個抱子/ mmz 、 18 . 7個抱子/ mmz和21 . 0個抱子/ mmz ，對桃蚜的lt50分別為3 -
Comparison of biodegradation of benzene hydrocarbons gas with mixed culture from petrifaction sludge and white - rot fungi
石化污泥混合菌和白腐真菌對氣相苯系物的降解能力比較 -
The effect of chestnut putamina on three sorts of edible fungi prepared by liquid submerged - culture
板栗殼對三種食用菌液體培養的影響 -
Spawn is necessary for both cultivation of edible fungi and tameness of wild mushroom. the reliable method of spawn identification is to produce carpophores by the culture, which is not only time - consuming for domestic fungi but also unuseful for untamed wild mushroom
無論是食用菌的人工栽培，還是珍貴野生蘑菇的馴化研究，都需要制備菌種並對菌種的真偽進行鑒定，其中最可靠的鑒定方法是誘導純培養菌種產生賴以識別的子實體。 -
The tolerance of suillus granulatus and paxillus involutus to zn, cd, and pb was then compared using liquid culture medium without agitation. compared to suillus granulatus, paxillus involutus was more tolerant to zn and pb, but more sensitive to cd than suillus granulatus. the adsorption of heavy metals in ectomycorrhizal fungi might be related to the base exchange capacity of the fungal mycelium
在此基礎上，研究了兩種外生菌根真菌對不同濃度重金屬cd和zn的耐性能力，發現不同真菌對不同重金屬的耐性不同，表現在卷緣樁菇對zn的耐性高於點柄乳牛肝菌，而兩種真菌對cd的耐性則相反。 -
Potato dextrose agar and grain medium were also used to identify fungi which were not determined by the primary culture. fungi were all secondarily cultured on sabouraud medium to observe the colony ' s texture, colour, growth rate, surface status and reverse pigment. the fungi should be examined by microscope to inspect their microscopic structure from 7th day to 21st day
使用的培養基有沙氏培養基、土豆培養基、真菌試驗培養基和5種種子培養基，連續培養4周，並隨時觀察菌落的色彩、生長速度、表面狀態、背面顏色等，並從第7天?第21天連續鏡檢以檢查真菌的顯微結構，綜合菌落形態和顯微結構，以確定真菌的種屬。 -
At the same time, the basic physiological experiments of four strains 1001, 1003, 1014 and 1022 including varies of culture temperatures, ph, carbohydrate, nitrogenous nutrition, different concentration of medium and carbohydrate, some vitamins usually used in fungi culture, etc., are studied too
同時對其中4個菌株在不同培養溫度， ph ，碳源，氮源，不同培養基濃度和糖濃度，及不同維生素等條件下進行了生理實驗考察。 -
The kind of fungi fruit bodies develop on recently dead for intrusion or decayed plant materials. the lophodermium and hypoderma fungi collected from the huangshan mountains were isolated by tissue isolation techniques and culture characters data of 7 species were obtained
以組織分離法對采自安徽皖南山區的斑痣盤菌活菌材料進行分離培養，獲得7種散斑殼菌及皮下盤菌的培養性狀資料。 -
This article introduces the production of edible fungi secondary spawn and culture spawn from preparation of substrate, medium sterilization, sterile working technique, cultural condition, cultural inspection and storage condition in detail
摘要從配料、滅菌、無菌操作技術、培養條件、培養檢查、貯藏條件幾個方面對食用菌原種和栽培種生產工藝技術要求進行了詳細陳述。 -
Technical inspection of pure culture making of edible fungi
食用菌菌種生產技術規程 -
Practice for enumeration of viable bacteria and fungi in liquid fuels - filtration and culture procedures
液體燃料中能活細菌和真菌計數的實施規程.過濾和培養程序 -
Standard practice for enumeration of viable bacteria and fungi in liquid fuels - filtration and culture procedures
液體燃料中能活細菌和真菌計數的標準實施規范.過濾和培養過程 -
Culture medium a mixture of nutrients used, in liquid form or solidified with agar, to cultivate microorganisms, such as bacteria or fungi, or to support tissue cultures
培養基：以液體或添加瓊脂的固體形式人工配製的適合微生物，如細菌或真菌以及組織培養生長要求的混合營養物質。 -
In order to investigate the tolerance of ectomycorrhizal fungi to heavy metals in vitro, three culture methods, namely liquid culture without agitation, liquid culture with agitation and solid agar culture, were investigated to determine which method would give the best combination of fungal biomass and ec50. the results indicated that liquid medium without agitation was the best culture method
為研究外生菌根真菌本身對重金屬污染的耐性，比較了液體靜置、液體搖床和瓊脂固體培養這三種常用的菌絲體的純培養方法，以真菌生物量大小和分離難易程度為主要指標，篩選出液體靜置方法為最優方法。 -
Study on the optimum culture conditions of production laccase by immobilized white rot fungi
固定化白腐菌產漆酶培養條件的研究 -
It is testify that culture the fungi - resistant cultivates is the most economic and available way. however, the conventional breeding ca n ' t meet the need of cultivating the fungi - resistant varieties, because of its long period, short fungi - resistant genes and disappearing resistance with the changes of pathogen
實踐證明，最經濟有效的方法就是培育出抗病品種，然而常規育種由於品種選育年限長、抗源基因匱乏及隨病源生理小種的變化抗病性消失等原因，遠不能滿足選育抗病品種的需求。
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