營養性反應 的英文怎麼說

中文拼音 [yíngyǎngxìngfǎnyīng]
營養性反應 英文
trophic response
  • 營 : Ⅰ動詞1 （謀求） seek 2 （經營; 管理） operate; run; manage Ⅱ名詞1 （軍隊駐扎的地方） camp; barrac...
  • 養 : Ⅰ動詞1 （供養） support; provide for 2 （飼養; 培植） raise; keep; grow 3 （生育） give birth to ...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 反 : Ⅰ名詞1 （方向相背） reverse side 2 （造反） rebellion 3 （指反革命、反動派） counterrevolutionari...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  1. In recent five years, some important proceedings have been carried out, including being used as a new nutrition agent or protective carrier for new sensitive components, an enzyme micro - capsulated reactor, a control - released carrier of special food components, an assessment system for anti - oxidation of food component, a tool for food analysis and development of new liposome with natural and safe characteristics

    近5年來，脂質體在充當營養新劑型或敏感成分保護性載體，構建食品酶微囊反應器，作為特殊食品組分的緩釋載體，充當食品組分抗氧化評估體系，充當食品分析工具以及天然、安全的新穎食品脂質體構建等方面的研究與應用，均取得了一些重要進展。
  2. Based on the previous studies, the research in this paper was carried out, mainly including two parts as follows : ( 1 ) anammox bacteria and aerobic ammonia oxidizers were detected in situ in 6 sediment samples taken from jiangsu province. molecular techniques, such as fish, pcr, dna cloning and sequencing etc. were used for this purpose. ( 2 ) the continuous cultivation of anammox bacteria from sediment samples were studied, which provides experimental basis for the bioaugamentation of eutrophicated sediment applying anammox process

    本論文在前人研究的基礎上，開展了以下兩個方面的工作： （ 1 ）採用分子生物學技術熒光原位雜交（ fish ） 、多聚酶鏈式反應（ pcr ） 、 dna克隆和測序等對采自江蘇省蘇州市、東太湖、新沂河等6個底質樣品進行了厭氧氨氧化菌和傳統氨氧化菌的原位檢測； （ 2 ）探討了以底質作為接種體進行厭氧氨氧化菌富集培養的可行性，為天然底質環境中厭氧氨氧化過程的強化，富營養化底質微生物修復的可行性提供一定的依據。
  3. 30 % ~ 45. 3 % of extracellular mc and 30 % ~ 51. 7 % of total mc were removed by chl orination. cascade biological contact oxidation reactor was more effective and stable for the treatment of eutrophic water than one - step reactor

    接近於推流反應器的三階生物接觸氧化反應器對富營養化原水的預處理效果與穩定性優于單階生物接觸氧化反應器。
  4. Plastein reaction offers considerable control potential on nutritional and functional properties of food proteins, which has been of great interest in the food industry

    摘要合成類蛋白反應在控制食物蛋白營養性和功能性方面顯示出巨大的潛力，已成為食品工業的研究熱點。
  5. There is also a tendency, however, to accumulate " visceral " fat - - fat within the abdominal cavity - - and this fat seems to be really bad for us, because it promotes the progressive loss of our ability to respond to nutrients coming in from the stomach

    然而，也有一種傾向性：積累"內臟的"脂肪?腹腔內的脂肪?這種脂肪似乎對我們壞到了家，因為它促進我們累進性喪失對來自胃腸營養的反應能力。
  6. He said his findings, published in the american journal of clinical nutrition, suggested that women wanting to conceie should watch their trans fat consumption, as well as giing up smoking and maintaining a healthy weight

    他說，他的一些發現發表於美國臨床營養學雜志，在那裡他見那些想懷孕的女性，應該像戒煙和保持正常體重一樣，注意自己的反式脂肪酸攝入量。
  7. When bacteria enter the detector, their normal metabolism cleaves an inactive nutrient into an active one, allowing the detector ' s spores to germinate

    當細菌一進入偵測器后，細菌的正常代謝反應就會將一種不活化的營養物質，裂解成有活性的東西，促使偵測器內的孢子開始生長。
  8. Vi ) the asymptotic behavior of flow reactor models with two - nutrient are considered

    六、研究了一類生物反應器中雙營養擴散模型的漸近性態。
  9. Thirdly, this paper compared the different responses of plants to these two stresses, the change of the defensive enzyme activity and the rate of losing water of leaves was different at two different stresses. the rate of losing water of leaves at drought stress was more rapid than that at salt stress, the leaves would wither and the change of activity of enzymes notably at drought stress, these results showed that the damage to plants was result from the oxidation at drought stress. at salt stress, the content of relative water of leaves changed slightly as well as did the activity of enzymes, these results showed that the damage to plants was caused by poison of ion and lack of nutrition

    三、通過研究兩種冰草植物對兩種脅迫的反應指出乾旱脅迫和鹽脅迫通過不同的途徑對植物進行傷害，主要表現在葉片的失水速率和保護酶活性的變化，乾旱脅迫短時間內葉片失水速率很快，葉片萎蔫，引起保護酶活性顯著變化，表明乾旱脅迫主要是通過氧化脅迫對植株造成傷害，而鹽脅迫下葉片相對含水量幾乎保持不變，表明鹽脅迫對植物的傷害主要通過離子毒害和營養虧缺造成。
分享友人
分享到 Line

分享到臉書