解酮作用 的英文怎麼說
中文拼音 [jiětóngzuòyòng]
解酮作用
英文
ketolysis-
In the paper the solubilities of anthracene, phenanthrene and carbazole are studied in benzene, toluene, xylene, the heavy solvent oil, clohexane, dmf, pyridine, cyclohexanone and acetone, and qualitative analysis is done by three aspects in the process of the solute dissolved the solvent : ( l ) the molecular struture and the interspace struture ; ( 2 ) reciprocity force of the intermolecule ; ( 3 ) the cohesion energy
本文考察了蒽、菲、咔唑在苯、甲苯、二甲苯、重溶劑油、環己烷、 dmf 、吡啶、環己酮和丙酮等有機溶劑中的溶解度。並從三個方面對溶劑溶解固體定性分析: ( 1 )分子結構及空間結構, ( 2 )分子之間相互作用力, ( 3 )內聚能,得到的結果與實驗得到的數據基本一致。Transamination of many amino acids yields glutamate, which can be deaminated to a - ketoglutarate, which can then enter the krebs cycle to be further broken down with the release of energy
許多氨基酸的轉氨基作用可以產生谷氨酸,谷氨酸脫氨基可以形成酮戊二酸,它可以進入三羧酸循環從而進一步分解釋放能量。Isopropylidene glycerol is prepared by condensation of acetone with glycerol, thereafter it was esterified with octanoyl chloride in pyridine as catalyst, and finally the latter was decomposed with boric acid
摘要以甘油和丙酮為原料制得異丙叉甘油,其與辛酰氯在吡啶催化下酯化,再經硼酸作用下分解得到單辛酸甘油酯。Glycerate 3 - phosphate is the first product of the dark reactions of photosynthesis, formed by the carboxylation and cleavage of ribulose bisphosphate
甘油3 ?磷酸是光合作用暗反應的一種產物,在二磷酸核酮糖的羧化分解后形成。Reports about great enthusiasm in the synthesis of the complexes of rare earth medicine, the interaction of the rare earth complexes with dna are very few in the world. it is expected to explore the mechanisms of interaction that are used to offer an opportunity to understand which parameters affect the binding mode and binding affinity to dna. part ii
從這些總結中了解到,人們之所以選擇蘆丁作為小分子配體,是由於蘆丁所具有的特性:它屬于黃酮類化合物,具有獨特的藥用價值及其臨床應用價值,更令人興奮的是它還具有良好的電活性,這樣就可以利用電化學方法來研究其作用機理。After the acet is vaporized, the active substance in water is gotten. and which is vaporized at low temperature. then the crude active substance is purified by column chromatography on sephadex g - 75. after a series of purifications again, we could get some white powder at last. though the active substance is diluted to50 g / ml, the activity is still checkeded - up through phyto phtnora casicileon. the purified active substance is insensitive to heat, resistant to chloroform 、 ethanol and the orhers. in addition, the active substance is sensitive to high ph ( 10 ~ 14 ), but it is not sensitive to low ph ( 1 ~ 5 ). furthermre, when the ph is made to low again, the activity of it ' s comes back
用蒸餾水對菌體稀釋;加入適量吸附樹脂在150rpm 、 28下振蕩吸附4h , 80 %的丙酮解吸,過濾解吸液得到活性物質的澄清溶液,旋轉蒸發儀旋轉蒸發去處丙酮,經sephadexg - 75分子篩層析得單一活性峰,收集峰值部分樣品液經冷凍乾燥得到淡褐色粉末,該活性物質用丙酮充分洗滌、甲醇-乙醚重結晶獲得略帶微黃的白色粉末,該活性物質50 g / ml仍可對蘇雲金芽孢桿菌hd - 1產生明顯的抑制作用。In the nanocomposites mentioned above, part of pmma ca n ' t be dissolved by acetone, which is fine solvent of pmma. this means that there are strong interactions between pmma and mmt ( ommt )
上述納米復合材料中,由於pmma與mmt ( ommt )存在較強的相互作用,部分大分子不能被pmma良溶劑?丙酮溶解。The active constituents of chamomile ? terpenoids and flavonoids ? have been confirmed in studies to have anti - inflammatory and soothing effects
甘菊的有效成分? ?萜類化合物和黃酮類,這兩種成分已經證實可以抗炎和緩解作用。Widely applied in the drying process of natural gas and petroleum gas, especially the advanced drying of gases like petroleum pyrolysis gas, ethylene, propylene, butadiene and acetylene, liquids like ethanol and acetone. in medical treatment and food industry, it can also be used as drying agent
3a分子篩廣泛應用於天然氣和石油氣乾燥工藝中,尤其是石油裂解氣,乙烯、丙烯、丁二烯、乙炔等氣體的深度乾燥,可用於液體(如乙醇、丙酮)的乾燥,在醫療、食品等行業中也可用作乾燥劑。For the smoothoperation of this cycle, degradation is just as important as synthesis : the green plants produce great quantities of polymers, suchas cellulose, and innumerable other compounds like alkaloids, terpenes, and flavonoids, that green plants cannot use as sources of energyduring respiration
為了使這個循環順利運行,分解跟合成同樣重要綠色植物製造大量聚合物,像纖維素以及無數別的化合物,像生物鹼、松烯、晶狀丙酮,這些都是綠色植物行呼吸時不能利用作能源的東西。Propofol and paracetamol are compounds that have phenol hydroxyl and propranolol and propafenone are those that have aliphatic ones. among the four compounds, propofol is the specific substrate of ugt1a9 and can be served as the comparison reference of enzymatic activity. based on the study of four compound, four kinds of isoflavone compounds, i. e., quercetin, kaempferol, isorhamnetin and
在上述四種化合物研究的基礎上,考用類黃酮化合物對叭xs有各種影響,並且具有各種酚羥基結構,本實驗選擇了四種類黃酮化合物即們皮素、山費酚、異鼠辛素和蘆丁作為底物,觀察ix ; 1 』 iag對它們代謝的作用情況,試圖了解ijgtiag在這些化合物的葡醛酸代謝過程中所起的作用。分享友人