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40篇 您的检索式：作者名="Teplyakov"

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	题名	作者	年代	出处	被引量
1	Lab-scale bioreactor integration with active membrane system for hydrogen production:experience and prospects显示文摘	Gassanova LG Sostina EG	2002	Int J Hydrogen Energy2002，27，：	1
2	Structure of the EMMPRIN N-terminal domain 1 : dimerization via beta-strand swapping显示文摘	Luo J Teplyakov A Obmolova G	2009	Proteins2009，77，4：	1
3	An unusual route tothermostability disclosed by the comparison of Thermus ther-mophilus and Escherichia coli inorganic pyrophosphatases显示文摘	Salminen T Teplyakov A Kankare J	1996	Protein Sci1996，5，6：	1
4	Crystal structureof inorganic pyrophosphatase from Thermus thermophilus显示文摘	Teplyakov A Obmolova G Wilson K S	1994	Protein Sci1994，3，7：	1
5	Lab-scale bioreactor in,grated with active membrane system for hydrogen production: experience and prospects 显示文摘	Teplyakov V V Gassanova L G Sostina E G	2002	International Journalof Hydrogen Energy2002，27，1112：	1
6	显示文摘	Volkov V V Teplyakov V V	1999	Green Chem1999，1，5：	1
7	Crystal structure of the Escherichia coli YjiA protein suggests a GTP-dependent regulatory function显示文摘	Khil P P Obmolova G Teplyakov A Howard A J Gilliland G L Camerini-Otero R D	2004	Proteins2004，54，2：	1
8	Computer design of recycles membrane contactor systems for gas separation显示文摘	Teplyakov V V Okunev A Y Laguntsov N I	2007	Separation andPurificationTechnology2007，57，3：	1
9	Crystalstructure of the bacterial YhcH protein indicates a role in sialic acidcatabolism显示文摘	TEPLYAKOV A OBMOLOVA G TOEDT J	2005	J Bacteriol2005，187，16：	1
10	Evaluation of reproducible high flux silicalite-1 membranes:gas permeation and separation characterization显示文摘	Nishiyama N Gora L Teplyakov V	2001	Sep Purif Technol2001，2223，：	1
11	Structure of theEMMPRIN N-terminal domain 1:dimerization via beta-strand swapping显示文摘	Luo J Teplyakov A Obmolova G	2009	Proteins2009，77，4：	1
12	Correlation Aspects of the Selective Gas Permeabilities of Polymeric Materials and Membranes 显示文摘	Teplyakov V Meares P	1990	Gas Separation & Purification1990，4，2：	1
13	Membrane contactor air conditioning system:experience and prospects显示文摘	USACHOV V TEPLYAKOV V OKUNEV A Y	2007	Separation and Purification Technolo- gy2007，，3：	1
14	Malykhb Polymeric mem- brane materials:New aspects of empirical approaches to prediction of gas permeability parameters in relation to permanent gases, linear lower hydrocarbons and some toxic gases 显示文摘	Malykh O V Golub A Y Teplyakov V V	2010	Advances in Colloid and Interface Science2010，164，12：	1
15	A NEXAFS investigation of the formation and decomposition of CuO and Cu2O thin films on Cu(100)显示文摘	Gurevich A B Bent B E Teplyakov A V	1999	Surface Science1999，442，：	1
16	Cytokines and soluble cell adhesion molecules:Possible markers of inflammatory response in atherosclerosis显示文摘	Teplyakov A L Pryschepova E V Kruehinsky N G	2000	Ann N y Acad Sci2000，902，：	1
17	Molecular replacement with MOLREP显示文摘	Vagin A Teplyakov A	2010	Acta Crystallogr D Biol Crystallogr2010，66，1：	1
18	IgG2 Fc structure and the dynamic features of the IgG CH 2 –CH 3 interface显示文摘	Alexey Teplyakov Yonghong Zhao Thomas J. Malia Galina Obmolova Gary L. Gilliland	2013	Molecular Immunology (-)2013，，1：	1
19	Correlation Aspects of the Selective Gas Permeabilities of Polymeric Materials and Membranes显示文摘	TEPLYAKOV V MEARES P	1990	Gas Separation&Purification1990，4，：	1
20	Hu- man framework adaptation of a mouse anti-human IL- 13 antibody 显示文摘	Fransson J Teplyakov A Raghunathan G	2010	J Mol Biol2010，398，2：	1

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