Search Results - "RICKLI, Egon E."

Identification of disulfide bonds in the ninth component (C9) of human complement by Lengweiler, Stephan, Schaller, Johann, Rickli, Egon E.

“…C9 is the most abundant protein of the membrane attack complex of complement. By means of limited proteolysis, different chromatographic techniques, a…”
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Recombinant Gene Expression and 1H NMR Characteristics of the Kringle (2 + 3) Supermodule:  Spectroscopic/Functional Individuality of Plasminogen Kringle Domains by Söhndel, Sabine, Hu, Chih-Kao, Marti, Daniel, Affolter, Michael, Schaller, Johann, Llinás, Miguel, Rickli, Egon E

“…The plasminogen kringle 2 (K2HPg) and kringle 3 (K3HPg) modules occur in tandem within the polypeptide segment that affords the heavy chain of plasmin. The…”
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Identification of the disulfide bonds of human complement C1s by Hess, Daniel, Schaller, Johann, Rickli, Egon E

“…C1s, one of the three subcomponents of C1, the first component of the complement system, is a complex serine protease. To determine the disulfide-bonding…”
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Elucidation of the disulfide-bonding pattern in the factor I modules of the sixth component (C6) of human complement by Lengweiler, Stephan, Schaller, Johann, DiScipio, Richard G, Rickli, Egon E

“…Complement component C6 is known to contain two factor I modules in tandem at its C-terminus. To localize the disulfide bridges in those domains, native C6 was…”
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Primary structure of a new actin‐binding protein from human seminal plasma by SCHALLER, Johann, AKIYAMA, Kazuko, KIMURA, Hiroshi, HESS, Daniel, AFFOLTER, Michael, RICKLI, Egon E.

“…Secretory actin‐binding protein (SABP), a glycoprotein from human seminal plasma, was isolated according to Akiyama and Kimura [Akiyama, K. & Kimura, H. (1990)…”
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The activation mechanism of human plasminogen by Rickli, E E

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Carbonic Anhydrases from Human Erythrocytes by Rickli, Egon E., Ghazanfar, S.A.S., Gibbons, Barbara H., Edsall, John T.

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Recombinant Gene Expression and 1 H NMR Characteristics of the Kringle (2 + 3) Supermodule:  Spectroscopic/Functional Individuality of Plasminogen Kringle Domains by Söhndel, Sabine, Hu, Chih-Kao, Marti, Daniel, Affolter, Michael, Schaller, Johann, Llinás, Miguel, Rickli, Egon E.

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Expression, purification and characterization of the recombinant kringle 2 and kringle 3 domains of human plasminogen and analysis of their binding affinity for ω‐aminocarboxylic acids by MARTI, Daniel, SCHALLER, Johann, OCHENSBERGER, Brigitte, RICKLI, Egon E.

“…The kringle 2 (E161T/C162S/EEE[K2HPg/C169S]TT) and the kringle 3 (TYQ[K3HPg]DS) domains of human plasminogen (HPg) were expressed in Escherichia coli in an…”
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Isolation, characterization and amino‐acid sequence of γ‐seminoprotein, a glycoprotein from human seminal plasma by SCHALLER, Johann, AKIYAMA, Kazuko, TSUDA, Ryouichi, HARA, Mitsuwo, MARTI, Thomas, RICKLI, Egon E.

“…γ‐Seminoprotein (γ‐SM), a glycoprotein from human seminal plasma, was isolated in highly purified form by ion‐exchange chromatography on a Mono Q column. The…”
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Human complement component C1-s. Partial sequence determination of the heavy chain and identification of the peptide bond cleaved during activation by SPYCHER, Stefan E., NICK, Hanspeter, RICKLI, Egon E.

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DETERMINATION OF THE COMPLETE AMINO‐ACID SEQUENCE OF PORCINE MINIPLASMINOGEN by Marti, Thomas, Schaller, Johann, Rickli, Egon E.

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Localization of Individual Lysine‐Binding Regions in Human Plasminogen and Investigations on Their Complex‐Forming Properties by LERCH, Peter G., RICKLI, Egon E., LERGIER, William, GILLESSEN, Dieter

“…After partial digestion of human plasminogen with elastase, followed by chymotryptic cleavage of one of the fragments produced, two polypeptides with molecular…”
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Identification of the disulphide bonds in human platelet glycocalicin by HESS, Daniel, SCHALLER, Johann, RICKLI, Egon E., CLEMETSON, Kenneth J.

“…The glycoprotein Ib/IX complex on platelets is responsible for the first stage of haemostasis as an essential component in the primary adhesion of platelets to…”
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Human complement component C1s. Partial sequence determination of the heavy chain and identification of the peptide bond cleaved during activation by Spycher, Stefan E., Nick, Hanspeter, Rickli, Egon E.

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Human complement component C1s by Spycher, Stefan E., Nick, Hanspeter, Rickli, Egon E.

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Human complement component C1¯s by SPYCHER, Stefan E., NICK, Hanspeter, RICKLI, Egon E.

“…Human C1s proenzyme (Mr 83000) was isolated by a rapid two‐stage method involving affinity chromatography of C1 on IgG‐Sepharose and isolation of subcomponent…”
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ISOLATION, CHARACTERIZATION AND AMINO‐ACID SEQUENCE OF γ‐SEMINOPROTEIN, A GLYCOPROTEIN FROM HUMAN SEMINAL PLASMA by Schaller, Johann, Akiyama, Kazuko, Tsuda, Ryouichi, Hara, Mitsuwo, Marti, Thomas, Rickli, Egon E.

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Primary structure of porcine plasminogen by BRUNISHOLZ, René A., RICKLI, Egon E.

“…The single polypeptide chain of native porcine plasminogen (molecular weight approx. 90000 after CNBr‐cleavage and geiltration (Sephadex G‐75) yielded a high…”
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Complete amino acid sequence of bovine plasminogen: comparison with human plasminogen by SCHALLER, J, MOSER, P. W, DANNEGGER-MULLER, G. A. K, ROSSELET, S. J, KAMPFER, U, RICKLI, E. E

“…The amino acid sequence of the single polypeptide chain of bovine plasminogen (786 residues, Mr 88092) was determined. Cleavage with CNBr yielded 13 fragments…”
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