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metabolic toxin
相关语句
  代谢毒素
     acetonitrile 320mg/L, metabolic toxin;
     乙腈 32 0mg/L ,代谢毒素 ;
短句来源
     polymers 1300mg/L, metabolic toxin;
     聚合物 130 0mg/L ,代谢毒素 ;
短句来源
     Their types of toxin are follow:at low mass concentration,acryloitrile is metabolic toxin, with the activity being resumed in the resuming experiment;
     其毒素类型分别为:丙烯腈在低质量浓度下为代谢毒素,厌氧菌产甲烷活性在恢复试验中得到恢复;
短句来源
     Acetonitrile and polymer are metabolic toxin at all the time.
     乙腈和聚合物始终为代谢毒素
短句来源
     Based on the methanogenic toxicity assay, the adaptation test and the recovery test, it is inferred that aluminium ion impacts on the activity of methanogenic bacteria as metabolic toxin.
     通过产甲烷毒性试验、毒性驯化与毒性恢复试验,可以推断混凝剂中铝离子对甲烷菌产甲烷活性的影响类别为代谢毒素类;
短句来源
  “metabolic toxin”译为未确定词的双语例句
     The tar-containing wastewater belonged to metabolic toxin with its concentration lower than 293 mg/L, physiological toxin with its concentration of 587 mg/L, and bactericidal toxin with its concentration over 879 mg/L.
     在587mg/L时属生理毒性,在879mg/L以上属杀菌毒性。
短句来源
     Conclution Higher amplitude of b-wave of ERG in rabbit with ocular hypotension may be related to blood circulation congestion, which might lead to accumulation of the metabolic toxin.
     结论 外伤性低眼压后 ERG b波振幅高于正常 ,可能与低眼压造成视网膜血液循环淤滞 ,代谢产物淤积有关。
短句来源
  相似匹配句对
     Acetonitrile and polymer are metabolic toxin at all the time.
     乙腈和聚合物始终为代谢毒素。
短句来源
     acetonitrile 320mg/L, metabolic toxin;
     乙腈 32 0mg/L ,代谢毒素 ;
短句来源
     Metabolic Syndrome
     代谢综合症
短句来源
     Phytopathogenic Toxin
     植物病原毒素
短句来源
     Metabolic Engineering
     代谢工程
短句来源
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  metabolic toxin
It was suggested that some metabolic toxin was adsorbed by AST-120 in the alimentary tract.
      
A possible explanation for this result may be the presence of an unknown compound in infected plants, acting as metabolic toxin against S.
      


disease-resistant phenotype clones of slash pine selected from seriously infected plantations in Jiangxi province were tested by artificial inoculation with Lecanosticta acicola. The resultsshowed that 22 of the 36 clones are highly resistant to brown-spot disease. The resistance of theseclones was also tested by treating needles in vitro with crude metabolic toxin extracted from brown-spotfungus culture. The results were basically in agreemeat with that obtained by artificial inoculation (r =0. 80).

从松针褐斑病(Lecanostictaacicola)重病林分中选出36个湿地松(Pinuselliottii)抗病表现型优树无性系,用人工喷洒病菌孢子液接种法对其进行抗病测定,结果表明,有22个是高度抗病的。与用松针褐斑病产生的毒素粗提液处理上述无性系的离体针叶进行抗病性测定的结果基本一致,相关系数为0.80。

Sulfanilamide products wastewater is very difficult to be treated for its high concentration of toxic organic matter, Cl- and SO42-. The methanogenic toxicity experiments are conducted to determine its toxic mechanism and the feasibility of anaerobic bio-treatment. The results show that sulfanilamide products wastewater belongs to metabolic toxin at lower concentrations while bactericidal toxin at higher concentrations. In addition, methanogenic activity curves with different dilution ratios are...

Sulfanilamide products wastewater is very difficult to be treated for its high concentration of toxic organic matter, Cl- and SO42-. The methanogenic toxicity experiments are conducted to determine its toxic mechanism and the feasibility of anaerobic bio-treatment. The results show that sulfanilamide products wastewater belongs to metabolic toxin at lower concentrations while bactericidal toxin at higher concentrations. In addition, methanogenic activity curves with different dilution ratios are obtained, which illustrate that the wastewater can be anaerobic bio-treated when the dilution ratios are not greater than 1/7.

磺胺废水因毒性有机物浓度高,酸性极强而成为制药厂废水处理的棘手难题。本文通过产甲烷毒性试验的测定,探讨磺胺废水对产甲烷细菌毒害的机理,确认其毒性在低浓度时属于代谢性毒性,而在高浓度时属于杀菌性毒素。同时获得了一组产甲烷活性随不同稀释比变化的曲线,证明该废水在稀释比不超过 1/7时可以进行厌氧生物处理。

The authors of this paper have put forward a hypothesis of the injury of brain collaterals by toxins. According to this hypothesis, the basic reason of the difficulty of apoplectic rehabilitation is that the brain collaterals are injured by the toxins of fire produced by the disharmony of ying and wei, and wei qi stagnation caused by the obstruction of brain collaterals. The authors hold that the modern pathological basis of the difficulty of apoplectic rehabilitation is the cerebral ischemic cascade...

The authors of this paper have put forward a hypothesis of the injury of brain collaterals by toxins. According to this hypothesis, the basic reason of the difficulty of apoplectic rehabilitation is that the brain collaterals are injured by the toxins of fire produced by the disharmony of ying and wei, and wei qi stagnation caused by the obstruction of brain collaterals. The authors hold that the modern pathological basis of the difficulty of apoplectic rehabilitation is the cerebral ischemic cascade in the apoplectic development, namely, the damage caused by free radicals, metabolic toxins and excitatory amino acids and so on, to the microvascular endothelial cells and nerve cells. The key points of the treatment of apoplexy, according to the authors, are to dispel the toxins and dredge brain collaterals, and to harmonize the relations between ying and wei. By doing these, the damage caused by cerebral ischemic cascade can be halted, and the repairing ability of the body can be mobilized. These effects can be seen in many aspects at the early stage and rehabilitating stage of apoplexy.

脑络瘀阻导致营卫失和 ,卫气壅滞而化生火毒进一步损伤脑络是中风病康复困难的病机关键。其现代病理学基础是中风发病过程中的缺血级连反应 ,即自由基、代谢毒性物质及兴奋性氨基酸等对微血管内皮细胞和神经细胞的损伤。在治疗上宜解毒通络、调和营卫。解毒以祛除损害因素 ,通络以畅通气血的渗灌 ,是中风病治疗的核心环节。从而阻抑脑缺血级连反应的损伤 ,调动机体自身的修复能力 ,作用于中风病的早期和恢复期的多个环节。

 
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