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1C.L.Tsou,Cytochrome c Modified By Digestion With Pepsin,Nature,1949,164:1134.
2C.L.Tsou,Exogenous and Endogenous Cytochrome c.Biochem,J.1952,50:493~499.
3T.Y.Wang, C.L.Tsou and Y.L.Wang,Studies on Succinic Dehydrogenase,I.Isolation,Purification and Properties,Sci.Sin.1956,5:73~90.
4Y.C. Du,Y.S.Zhang,Z.X.Lu and C.L.Tsou,Resynthesis of Onsulin from Its Glycyl and Phenylalanyl Chains,Sci.Sin.,1961,10:84~104
5C.L.Tsou,Reaction between Modification of Functional Groups of Proteins and Their Biological Activity,I.A Graphical Method for the Determination of the Number and Type of Essential Groups,Sci.Sin.,1962,11:1535~1558.
6许根俊、邹承鲁,蛋白质功能基团的改变与其生物活力的关系,Ⅱ,胰蛋白酶的必需硫硫键数目,生物化学与生物物理学报,1963,3(2):163~168。
7钮经义、邹承鲁、汪猷、邢其毅,从胰岛素A及B链重合成胰岛素以及A及B链肽段的合成,科学通报,1964,943~962。
8邹承鲁,酶活性不可逆改变的动力学,Ⅰ,底物影响酶与抑制剂结合速度的动力学方程,生物化学与生物物理学报,1965,5(4):398~408。
9邹承鲁,酶活性不可逆改变的动力学,Ⅱ,酶性改变过程中的底物反应,生物化学与生物物理学报,1965,5(4):409~417。
10Y.S.Ho and C.L.Tsou,Formation of a New Fluorophore on Irradiation of Carboxymethylated Dglyceraldehyde3phosphate Dehydrogenase,Nature,1979,277:245~246.
11Y.Z.Jin,H.L.Tang,S.L.Li and C.L. Tsou,The Triphasic Reduction of Cytochrome b in the Succinate Cytochrome c Reductase,Biochim.Biophys.Acta,1981,673:551~554.
12W.X.Tian and C.L.Tsou,Determination of the Rate Constant of Enzyme Modification by Measuring the Substrate Reaction in the Presence of the Modifier,Biochemistry,1982,21:1028~1032.
13C.L.Tsou,G.Q.Xu,J.M.Zhou and K.Y.Zhao,A New Fluorescent Probe for the Study of the Allosteric Properties of Dglyceraldehyde3phosphate Dehydrogenase,Biochem.Soc.Trans.,1983,11:425~429.
14Q.Z.Yao,M.Tian and C.L.Tsou,A comparison of the Rates of Inactivation and Conformationalnal Changes of Creatine Kinase during Urea Denaturation,Biochemistry,1984,23:2740~2744.
15C.C.Wang and C.L.Tsou,The Interaction and Reconstitution of Cterminal Shortened B Chains with the Intact A Chain of Insulin,Biochemistry,1986,25:5336~5340.
16C.L.Tsou,Location of the Active Sites of Some Enzymes in Limited and Flexible Molecular Regions,Trends Biochem.Sci.,1986,11:427~429.
17J.G.Tang,C.C.Wang and C.L.Tsou,Formation of Native Insulin from the Scrambled Molecule by Protein Disulfide Isomerase,Biochem.J., 1988,255:451~455.
18C.L.Tsou,The Folding of the Nascent Peptide Chain into a Biologically Active Protein,Biochemistry,1988,27:1809~1812.
19C.L.Tsou,Kinetics of Substrate Reaction during Irreversible Modification of Enzymeactivity,Adv.Enzymol.,1988,61:381~436.
20C.H.Hu and C.L.Tsou,Formation of Enzymesubstrate Disulfide Linkage during Catalsis by Protein Disulfide Isomerase,FEBS Lett,1991,290:87~89.
21C.C.Wang ane C.L.Tsou,The Insulin A and B Chains Contain Sufficient Structural Information to form the Native Molecule,Trends Biochem,Sci.,1991,16:270~281.
22Y.Z.Ma and C.L.Tsou,Comparison of the Activity and Conformation
Changes of Lactate Dehydrogenase during Denaturation,Biochem.J.,1991,277:207~211.
23C. Liu and C.L.Tsou,Kinetic Differentiation between Enzyme Inactivation Involving Complexformation with the Inactivator and that Involving a Conformationchange Step,Biochem.J.,1992,282:501~504.
24H.B.Wu and C.L.Tsou,A Comparison of Zn(Ⅱ)and Co(Ⅱ)in Kinetics of Inactivation of Aminoacylases by 1,10phenanthroline and Reconstitution of the Apoenzyme,Biochem.J.,1993,296:435~441.
25H.M.Zhou,X,Zhang,Y.Yin and C.L.Tsou,Conformational Changes at the Active Site of Creatine Kinase at Low Concentrations of Guanidine Hydrochloride,Biochem.J.,1993,291:104~107.
26C.L.Tsou, Conformational Flexibility of Enzyme Active Sites,Science,1993,262:380~381.
27C.C.Wang and C.L.Tsou,Hypothesisprotein Disulfide Isomerase is Both an Enzyme and a Chaperone,FASEB J.,1993,7:1515~1517.
28H. Cai,C.C. Wang and C.L.Tsou,Chaperonelike Activity of Protein Disulfide Isomerase in the Refolding of a Protein with no Disulfide Bonds,J.Biol.Chem.,1994,269:24550~24552.
29C.Y.Wu and C.L.Tsou,Studies on the Codehydrogenase Cytochrome c Enzyme Systems,I.The Simultaneous Oxidation of Succinate and Reduced Codehydrogenase I,Sci.Sin.1995,4:137~155.
30Y.X. Fan,M. Ju,J.M. Zhou and C.L. Tsou, Activation of Chicken Liver Dihydrofolate Reductase by Urea and Guanidine Hydrochloride is Accompanied by Conformational Change at the Active Site Biochem J.,1996,315:97~102.
31C.C.Wang and C.L.Tsou,Enzymes as Chaperones and Chaperones as Enzymes,FEBS Lett.,1998,425:382~384
32邹承鲁,酶学研究的现状与展望,生物化学与分子生物学报,1999,15:351~354。
33SZhang,JLi,C.C.Wang and C.L.Tsou,Metal Regulation of Metallothionein Participation in the Redox Reactions,FEBS Lett,1999,462:383~386.(完)
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