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OALib Journal期刊
ISSN: 2333-9721
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尼克酰胺与核黄素提高红串红球菌USTB-03对4,6-二甲基二苯并噻吩脱硫活性研究
Keywords: 尼克酰胺,核黄素,4,6-二甲基二苯并噻吩,红串红球菌USTB-03,生物脱硫
Abstract:
主要考察了尼克酰胺和核黄素提高红串红球菌USTB-03对4,6-二甲基二苯并噻吩（4,6-DMDBT）脱硫活性的效应。研究结果表明，在培养基中添加初始浓度为10mmol/L的尼克酰胺，脱硫比活性由原来302.4mmol4,6-DMDBT/(kg细胞干重·h)增加到476.4mmol4,6-DMDBT/(kg细胞干重·h)，提高了57.5%。添加初始浓度为25μmol/L的核黄素，脱硫比活性增加到了465.8mmol4,6-DMDBT/(kg细胞干重·h)，提高了54%。无论是采用微
| [1] | .闫海,王子健. 红串红球菌脱硫酶的活性调节[J]. 化工冶金. 1999.(04)
|
| [2] | .Effects？of？nicotinamide？and？riboflavin？on？the？biodesulfurization？activity？of？dibenzothiophene？by？Rhodococcus？erythropolis？USTB-03[J]. Journal？of？Environmental？Sciences. 2008.(05)
|
| [3] | .缑仲轩,刘会洲,罗明芳,李珊,邢建民,陈家镛. 专一性脱硫菌的分离与鉴定[J]. 中国科学(B辑？化学). 2002.(05)
|
| [4] | .魏玉霞,闫海,肖宝清,李迎霞,吕乐. 红串红球菌USTB-03对4,6-二甲基二苯并噻吩的脱硫研究[J]. 科技导报. 2005.(11)
|
| [5] | .许平,李福利,俞坚,马翠卿,钟建江,曲音波,H.D.Blankespoor. 脱硫微生物生产和燃油脱有机硫[J]. 科学通报. 2001.(18)
|
| [6] | .徐永强,刘晨光. 4,6-二甲基二苯并噻吩在Co-Mo/γ-Al_2O_3上加氢脱硫反应机理的研究[J]. 炼油技术与工程. 2003.(08)
|
| [7] | .魏玉霞,肖宝清,闫海,简明宇. 二苯并噻吩脱硫微生物菌种的筛选与活性[J]. 中国环境科学. 2006.(03)
|
| [8] | .Kazuaki？H;Yoshitaka？I;Morio？K;Kenichi？K;Kenji？M. Improvement？of？DesulfurizationActivity？in？Rhodococcus？erythropolis？KA2-5-1？by？Genetic？Engineering[J].Biosci.？Biotechnol.？Biochem,2001,65(2):239～246.
|
| [9] | .Hai？Yan,？Michimasa？Kishimoto,？Takeshi？Omasa？et？al. Increase？in？desulfurization？activity？of？Rhodococcus？erythropolis？KA2-？5-？1？using？ethanol？feeding[J].Journal？of？Biosciences,2000,89(4):361~366.
|
| [10] | .Jason？Evans,？Tao-Chin？Wang,？Melvyn？P.？Heyes？and？S.？P.？Markey. LC/MS？Analysis？of？NAD？Biosynthesis？Using？Stable？Isotope？Pyridine？Precursors[J].Analytical？Biochemistry,2002,306(2):197-203.
|
| [11] | .Bakker？B.M;Overkamp？K.M;Maris？A.J.A.et？al.Stoichiometry？and？compartmentation？of？NADH？metabolism？in？Saccharomyces？cerevisiae.FEMS？Microbiol.？Rev.2003,25:15-37.
|
| [12] | .G.Castorena;C.Suarez;I.Valdez;G.Amador？et？al.Sulfur-selective？desulfurization？of？dibenzothiophene？and？diesel？oil？by？newlyisolated？Rhodococcus？sp.Strain.FEMS？Microbiology？Letters.2002,215:157-161.
|
| [13] | .Ohshiro？T;Hirata？T;Hashimoto？I.et？al. Characterization？of？dibenzothiophene？desulfurization？reaction？by？whole？cells？of？Rhodococcus？erythropolis？H-2？in？the？presence？of？hydrocarbon[J].J.Ferment.Bioeng,1996,82(6):610-612.
|
| [14] | .Izumi？Y,？Ohshiro？T,？Ogino？H,？et？al. Selective？desulfurization？of？dibenzothiophene？by？Rhodococcus？erythropolis？D-1[J].Applied？and？Environmental？Microbiology,1994,60(1):223-226.
|
| [15] | .Wang？P,？Krawiec？S. Kinetic？Analyses？of？Desulfurization？of？Dibenzothiophene？by？Rhodococcus.erythropolis？in？Batch？and？Fed-Batch？Cultures[J].Applied？and？Environmental？Microbiology,1996,62(5):1670-1675.
|
| [16] | .Gray？KA,？Pogrebinsky？OS,？Mrachko？GT,？et？al. Molecular？mechanisms？of？biocatalytic？desulfurization？of？fossil？fuels[J].Nature？Biotechnology,1996,14(13):1705-1709.
|
| [17] | .Honda？H;Sugiyama？H. High？cell？density？of？Rhodococcus？rhodochrous？by？pH-stat？feeding？and？dibenzothiophene？degradation[J].Ferment.Bioeng,1998,85(3):334-338.
|
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