江南大學(xué)

性別：男
出生年月：1983.07
職稱、職務(wù)：副教授
電話：0510-85918279
電子郵箱：chenxs@jiangnan.edu.cn
【學(xué)術(shù)簡介】

工作經(jīng)歷

2008.09-2011.12江南大學(xué)發(fā)酵工程博士

2012.02-2014.09江南大學(xué)生物工程學(xué)院講師

2014.10-至今江南大學(xué)生物工程學(xué)院副教授，碩士生導(dǎo)師

社會兼職
江蘇省教授博士柔性進(jìn)企業(yè)入選者，2012、2013
江蘇省第二批“科技副總(企業(yè)創(chuàng)新崗)”入選者，2014-2015
【研究領(lǐng)域】

研究方向：發(fā)酵工程、生物分離工程
研究內(nèi)容：ε-聚賴氨酸生物制造與生物合成
【主要論著】（著作和論文，*代表通訊作者）

[1]ChenXS,GaoY,ZhenB,HanD,ZhangJH,MaoZG*.Separationandpurificationofε-poly-l-lysinefromfermentationbroth.ProcessBiochem,2016,51(1):134-141.

[2]RenXD,XuYJ,ZengX,ChenXS*,TangL,MaoZG*.Microparticle-enhancedproductionofε-poly-L-lysineinfed-batchfermentation.RSCAdv.,2015,5:82138-82143.

[3]ZhenB,ChenXS*,HanD,MaoZG*.Analternativemethodforthedecolorationofε-poly-L-lysineeluatebymacroporousresinintheseparationandpurificationofε-poly-L-lysinefromfermentationbroth.FoodBioprodProcess2015,95:332-338.

[4]ZengX,ChenXS*,GaoY,RenXD,WangL,MaoZG*.Continuouslyhighreactiveoxygenspeciesgenerationdecreasedthespecificε-poly-l-lysineformationrateinfed-batchfermentationusingglucoseandglycerolasamixedcarbonsource.ProcessBiochem2015,50(12):1993-2003.

[5]RenXD,ChenXS*,ZengX,WangL,TangL,MaoZG*.AcidicpHshockinducedoverproductionofε-poly-L-lysineinfed-batchfermentationbyStreptomycessp.M-Z18fromagro-industrialby-products.BioprocessBiosystEng.201538(6):1113-1125.

[6]RenXD,ChenXS*,TangL,ZengX,WangL,MaoZG*.Physiologicalmechanismoftheoverproductionofε-poly-L-lysinebyacidicpHshockinfed-batchfermentation.BioprocessBiosystEng,2015,38(11):2085-2094.

[7]SunQX,ChenXS*,RenXD,MaoZG*.Improvementofε-poly-l-lysineproductionthroughseedstagedevelopmentbasedoninsitupHmonitoring.ApplBiochemBiotechnol,2015,175:802-812.

[8]ZengX,ChenXS*,RenXD,LiuQR,WangL,SunQX,TangL,MaoZG*.Insightsintotheroleofglucoseandglycerolasamixedcarbonsourceintheimprovementofε-poly-L-lysineproductivity.ApplBiochemBiotechnol.2014,173(8):2211-2224.

[9]ChenXS,RenXD,ZengX,ZhaoFL,TangL,ZhangHJ,ZhangJH,MaoZG.Enhancementofε-poly-L-lysineproductioncoupledwithprecursorL-lysinefeedinginglucose-glycerolco-fermentationbyStreptomycessp.M-Z18.BioprocessBiosystEng.2013,36(12):1843-1849.

[10]ChenXS,MaoZG.Comparisonofglucoseandglycerolascarbonsourcesforε-poly-L-lysineproductionbyStreptomycessp.M-Z18.ApplBiochemBiotechnol.2013,170(1):185-197.

[11]ChenXS,RenXD,DongN,LiS,LiF,ZhaoFL,TangL,ZhangJH,MaoZG.Culturemediumcontainingglucoseandglycerolasamixedcarbonsourceimprovesε-poly-L-lysineproductionbyStreptomycessp.M-Z18.BioprocessBiosystEng.2012,35(3):469-475.

[12]ChenXS,LiS,LiaoLJ,RenXD,LiF,TangL,ZhangJH,MaoZG.Productionofε-poly-L-lysineusinganoveltwo-stagepHcontrolstrategybyStreptomycessp.M-Z18fromglycerol.BioprocessBiosystEng.2011,34(5):561-567.

[13]ChenXS,TangL,LiS,LiaoLJ,ZhangJH,MaoZG.Optimizationofmediumforenhancementofε-poly-L-lysineproductionbyStreptomycessp.M-Z18withglycerolascarbonsource.BioresourTechnol.2011,102(2):1727-1732.

[14]劉慶瑞,陳旭升*,曾昕,韓岱,毛忠貴*.鏈霉菌M-Z18膜蛋白ε-聚賴氨酸降解酶的分離純化、酶學(xué)性質(zhì)及應(yīng)用.微生物學(xué)報,2014,54(9):1022-1032.

[15]孫啟星，陳旭升*，任喜東，鄭根成，毛忠貴*.基于pH調(diào)節(jié)和有機(jī)氮源流加調(diào)控補(bǔ)料分批發(fā)酵過程提高ε-聚賴氨酸產(chǎn)量.生物工程學(xué)報,2015,31(5):752−756.

【科研項(xiàng)目】