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13篇 您的检索式：作者名="Prodanovi"

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		题名	作者	年代	出处	被引量
	1	Bubble Behavior in Subcooled Flow Boiling of Water at Low Pressures and Low Flow Rates显示文摘	Prodanovie V Fraser D Salcudean M	2002	Int J Multiphase Flow2002，28，：	1
	2	Improved covalent immobilization of horseradish peroxidase on macroporous glycidyl methacrylate-based copolymers显示文摘	Prodanovi'c O Prokopijevi'c M Spasojevi'c D	2012	Applied biochemistry and biotechnology2012，168，：	1
	3	A simple and efficient one-step,regioselective,enzymatic glucosylation of arbutin by α-glucosidase显示文摘	Milosavi? NB Prodanovi? RM Jankov RM	2007	Tetrahedron Letters2007，48，40：	1
	4	Modeling, analysis and testing of autonomous operation of an inverter-based microgrid 显示文摘	POGAKU N PRODANOVI M GREEN T C	2007	IEEE Transactions on Power Electronics2007，22，2：	1
	5	Enteritis assiated with Clo- stridium peCringens type A in 9 month old calves 显示文摘	Savic B Prodanovie R Ivetic V	2012	The Canadian Veterinary Journal2012，53，2：	1
	6	Bubble Behavior in Sub- eooled Flow Boiling of Water at Low Pressures and Low Flow Rates 显示文摘	Prodanovie V Fraser D Saleudean M	2002	International Journal of Multiphase Flow2002，28，：	1
	7	Control of inverter-based microgrids显示文摘	Green T C Prodanovi'c M	2007	Electric Power Systems Research2007，77，9：	1
	8	Control of inverter-based microgrids显示文摘	Green T C Prodanovi'c M	2007	Electric Power Systems Research2007，77，9：	1
	9	Safety of performing fiberoptic bronchoscopy in critically ill hypoxemic patients with acute respiratory failure显示文摘	Christophe Cracco Muriel Fartoukh Helrne Prodanovie	2013	Inten- sive Care Medicine2013，39，1：	1
	10	Transglucosylation of hydroquinone catalysed by α-glucosidase from baker's yeast显示文摘	Prodanovi(c) R Milosavi(c) N Sladi(c) D		0，，：	1
	11	Control of inverter-based micro-grids显示文摘	Green T C Prodanovi'c M	2007	Electric Power Systems Research2007，，77：	1
	12	Control of inverter-based micro-grids显示文摘	GREEN T C PRODANOVI M C	2007	Electric Power Systems Research2007，，77：	1
	13	Improved degradation of azo dyes by lignin peroxidase following mutagenesis at two sites near the catalytic pocket and the application of peroxidase-coated yeast cell walls显示文摘The enzymatic degradation of azo dyes is a promising alternative to ineffective chemical and physical remediation methods.Lignin peroxidase(LiP)from Phanerochaete chrysosporium is a hemecontaining lignin-degrading oxidoreductase that catalyzes the peroxide-dependent oxidation of diverse molecules,including industrial dyes.This enzyme is therefore ideal as a starting point for protein engineering.Accordingly,we subjected two positions(165 and 264)in the environment of the catalytic Trp171 residue to saturation mutagenesis,and the resulting library of 104 independent clones was expressed on the surface of yeast cells.This yeast display library was used for the selection of variants with the ability to break down structurally-distinct azo dyes more efficiently.We identified mutants with up to 10-fold greater affinity than wild-type LiP for three diverse azo dyes(Evans blue,amido black 10B and Guinea green)and up to 13-fold higher catalytic activity.Additionally,cell wall fragments displaying mutant LiP enzymes were prepared by toluene-induced cell lysis,achieving significant increases in both enzyme activity and stability compared to a whole-cell biocatalyst.LiPcoated cell wall fragments retained their initial dye degradation activity after 10 reaction cycles each lasting 8 h.The best-performing mutants removed up to 2.5-fold more of each dye than the wild-type LiP in multiple reaction cycles.	Karla IlićĐurđić Raluca Ostafe Olivera Prodanović AleksandraĐurđevićĐelmaš Nikolina Popović Rainer Fischer Stefan Schillberg Radivoje Prodanović	2021	Frontiers of Environmental Science & Engineering2021，15，2：	1

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