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   plesiomonas sp 的翻译结果: 查询用时:0.164秒
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plesiomonas sp
相关语句
  邻单胞菌属
     Results showed that strain SY21 was Acinetobacter sp., strain SY22 Neisseria sp., strain SY23 Plesiomonas sp., strain SY24 Xanthomonas sp., strain SY42 Azotobacter sp., strain SY43 Flavobacterium sp., and strain SY44 Pseudomonas. sp.
     菌株鉴定结果表明,SY21为不动细菌属,SY22为奈瑟氏球菌属,SY23为邻单胞菌属、SY24为黄单胞菌属、SY42为动胶菌属、SY43为黄杆菌属、SY44为假单胞菌属.
短句来源
     The strain was identified as Plesiomonas sp.. The result of orthogonal test made it sure that the best growth condition of the strain is: rotate speed 150 rpm, temperature 30℃, pH7.0, concentration of cyclohexanone1ml/L.
     此菌株经鉴定属于邻单胞菌属Plesiomonas sp.),根据正交试验,确定了菌的最佳生长条件:底物浓度为1mL/L,底物浓度过高对菌株生长有抑制作用,转速为150 rpm ,温度为30℃,pH为7.0;
短句来源
     An isorenphos-methyl degrading bacterium strain designated as HLZ was isolated from soils that had long been subjected to organophosphate pollution. Strain HLZ was preliminarily identified as Plesiomonas sp.based on its biochemical-physiological characters.
     从长期经有机磷农药污染的土壤中分离出一株能高效降解甲基异柳磷的菌株HLZ,通过生理生化试验初步鉴定为邻单胞菌属(Plesiomonassp.)
短句来源
     A strain which can utilize cyclohexanone as sole carbon source was isolated and identified as Plesiomonas sp.,and in its productions,caprolactone was found with GC/MS and Baeyer-villager reaction also existed.
     从本实验室保藏菌种中分离筛选出一株能够以环己酮作为唯一碳源的菌株,初步鉴定为邻单胞菌属,并对其产物进行GC/MS定性,发现有己内酯生成,存在Baeyer-villiger反应。
短句来源
  邻单胞菌
     Degradation characteristics of chlorobenzene by Plesiomonas sp.L1 .
     邻单胞菌L1对氯代苯的降解特性的研究
短句来源
     Purification and characterization of methyl parathion hydrolase (MPH) from Plesiomonas sp. M6
     邻单胞菌M6中甲基对硫磷水解酶(MPH)的纯化及性质的研究
短句来源
     Degradation of parathion-methyl in soil by the Plesiomonas sp. DLL-1.
     邻单胞菌DLL-1对土壤中甲基对硫磷的降解
短句来源
     The biodegradation of parathion methyl by Plesiomonas sp. (DLL 1)in soils and the influence factors were studied both in laboratory and field test.
     研究了邻单胞菌 (DLL 1)在土壤中降解甲基对硫磷的性能与影响因素 .
短句来源
     Catalytic Characteristics of Methyl Parathion Hydrolase from Plesiomonas sp.M6
     邻单胞菌M6甲基对硫磷水解酶催化特性的研究
短句来源
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  “plesiomonas sp”译为未确定词的双语例句
     Studies on the biodegradation characteristics of parathion-methyl by Plesiomonas sp. (DLL-1) in soils and the influence factors
     DLL-1菌在土壤中对甲基对硫磷农药的降解性能与影响因素研究
短句来源
     Plesiomonas sp. 90-1 immobilized by sodium alginate can biodeg rade more than 90% of 100 ppm LABS easily, which makes the aerobic treatment of high concentration of LABS possibly.
     用海藻酸钠固定化的筛选菌株PLesiomonas sp.90-1,还可高效降解100ppm的LAS废水,去除率在90%以上,实现了高浓度LAS废水的好氧处理。
短句来源
     After immobilised by alginate-Na, the abilities of tolerance and degradation of 100ppm LAS of Plesiomonas sp. 90-1 were increased obviously.
     邻单胞杆菌(Plesiomonas sp.90-1)经海藻酸钠固定后,忍耐和降解100 ppm的高浓度LAS的能力较同样浓度的游离细胞分别提高4.875倍和0.77倍。
短句来源
     The orthoganal tests were used to determine the optimal conditions for the induced formation of LAS biodegradative enzymes in Plesiomonas sp.90-1. The enzymes were induced 1.4 fold under the fellowing conditions:10 ppm LAS, 0.08% yeast extract,pH 8.0, 30℃ and supply of oxygen.
     使用正交多因子法研究了细胞降解LAS酶活诱导的最佳条件为:细胞培养温度30℃,LAS诱导浓度10ppm,酵母膏0.008%,pH8.0,通气. 在此条件下,LAS酶活比未经诱导者提高1.4倍.
短句来源
     TWO STRAINS OF BACTERIA, AEROMONAS SP.AND PLESIOMONAS SP., HAVING THE ABILITY OF DEGRADING β-AND γ-BENZENE HEXACHLORIDES
     降解β-及Υ-BHC的两株菌
短句来源
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  plesiomonas sp
The sequence was similar to mpd, a gene previously shown to encode a parathion-methyl-hydrolyzing enzyme in Plesiomonas sp.
      


Two bacteria were isolated from waste-water of texitileindustries. One of them is Plesiomonas sp that can decolorize five azo dyes under anaerobic and static conditions to produce reduction products(aromatic amines) which can't be degraded by this bacterium, and this bacterium decolorizes azo dyes very slowly under aerobic conditions. Another bacterium isolated is Achromobacter sp. that can greatly reduce the amounts of aromatic amines which are reduction products of azo dyes by Plesiomonas sp....

Two bacteria were isolated from waste-water of texitileindustries. One of them is Plesiomonas sp that can decolorize five azo dyes under anaerobic and static conditions to produce reduction products(aromatic amines) which can't be degraded by this bacterium, and this bacterium decolorizes azo dyes very slowly under aerobic conditions. Another bacterium isolated is Achromobacter sp. that can greatly reduce the amounts of aromatic amines which are reduction products of azo dyes by Plesiomonas sp.

从印染厂排出水中分离出了两种细菌。其中的邻单胞菌Plesiomonas sp.X_(13)菌株对五种偶氮染料均有脱色作用。脱色率达75%以上;脱色产物中有芳香胺,但X_(13)菌株对苯胺在振荡培养或深层静止培养条件下均无降解能力。另一种,无色细菌Achromobacter sp.A_8菌株对脱色过程中产生的芳香胺则具有降解作用,其降解能力也因培养条件而异。在振荡培养条件下,其降解芳香胺的速率远比静止培养时为快。

There are obvious shortages in the research of the fundamental theories of LABS biodegradation up to date. From the microbial ecological and physisological point of view, the authors recommended the ecological adaption of microbial community to the nonbiogenesis substance LABS and the characteristics of LABS biodegradation by the bacteria screened. It has been found that many kinds of bacteria have the ability of degrading LABS and that most of them have LABS biodegradation plasmid which encloses some important...

There are obvious shortages in the research of the fundamental theories of LABS biodegradation up to date. From the microbial ecological and physisological point of view, the authors recommended the ecological adaption of microbial community to the nonbiogenesis substance LABS and the characteristics of LABS biodegradation by the bacteria screened. It has been found that many kinds of bacteria have the ability of degrading LABS and that most of them have LABS biodegradation plasmid which encloses some important enzymes for biodegradation. The bacteria screened can use LABS as sole carbon source, so that biodegrade LABS in wastewater with high efficiency. Plesiomonas sp. 90-1 immobilized by sodium alginate can biodeg rade more than 90% of 100 ppm LABS easily, which makes the aerobic treatment of high concentration of LABS possibly.

从微生物生态学和生理学等多角度地介绍了微生物群落对LAS这种非生物源物质的生态适应,以及筛选蒲株降解LAS的能力;研究表明,大多数细菌的降解能力,取决于降解性质粒的存在。筛选菌株以LAS为唯一碳源生长,可高效地去除污水中的LAS。用海藻酸钠固定化的筛选菌株PLesiomonas sp.90-1,还可高效降解100ppm的LAS废水,去除率在90%以上,实现了高浓度LAS废水的好氧处理。

After immobilised by alginate-Na, the abilities of tolerance and degradation of 100ppm LAS of Plesiomonas sp. 90-1 were increased obviously. We studied the cell's optimal immobilization conditions and the immobilised cell's Vm and Km were 435 m/ h, 1061 m, respective ly. We also studied the re-cultural conditions by using orthogonal tests, Under such optimal conditions the degradative ability of immobilised cellis can be increased by 116%.

邻单胞杆菌(Plesiomonas sp.90-1)经海藻酸钠固定后,忍耐和降解100 ppm的高浓度LAS的能力较同样浓度的游离细胞分别提高4.875倍和0.77倍。我们研究了最佳固定条件和固定化细胞的最佳降解条件。该固定化细胞米氏常数Km和最大反应速度V_m分别为1061μmol和43.5μmol/h。此外,利用多因子正交法确定了降解酶活恢复的最佳培养条件,在此条件下培养的固定化细胞的降解酶活可提高116%。

 
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