Results 241 to 250 of about 65,619 (298)
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Thrombosis Research, 1993
In order to understand the mechanism for the complex between alpha 2-plasmin-inhibitor (alpha 2-PI) and plasmin to express its specific activity on fibrin autography after SDS-PAGE, we analyzed the effects of SDS on alpha 2-PI molecule and alpha 2-PI-plasmin complex.
D, Yan, T, Urano, Y, Takada, A, Takada
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In order to understand the mechanism for the complex between alpha 2-plasmin-inhibitor (alpha 2-PI) and plasmin to express its specific activity on fibrin autography after SDS-PAGE, we analyzed the effects of SDS on alpha 2-PI molecule and alpha 2-PI-plasmin complex.
D, Yan, T, Urano, Y, Takada, A, Takada
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Fibrinogenolysis by insolubilized plasmin
Clinica Chimica Acta, 1974Abstract Insolubilized plasmin was prepared by chemical fixation of the enzyme to CNBr-activated agarose. The enzyme is still active, whereas its specific activity is reduced. Fibrinogenolysis by insolubilized plasmin is compared to fibrinogenolysis by the soluble form of the enzyme.
F R, Matthias, W, Krause, D L, Heene
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EXPERIENCE WITH PLASMIN INHIBITORS
Acta Ophthalmologica, 1992Abstract The involvement and role of the plasmino‐gen activator‐plasmin system in normal and pathological wound healing is reviewed. The methods currently available for demonstrating plasmin activity are briefly described. The article also reviews some other serine proteases potentially involved in pathological wound healing processes.
T, Tervo +3 more
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Acta Ophthalmologica, 1988
Abstract. Proteolytic activity was studied in subretinal fluid from 56 eyes with rhegmatogenous retinal detachment without vitreous or subretinal hemorrhage. Active plasmin (1.0–15.2 μg/ml) was found in 33 eyes and plasmin‐inhibitor complexes in 3 eyes.
I J, Immonen +3 more
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Abstract. Proteolytic activity was studied in subretinal fluid from 56 eyes with rhegmatogenous retinal detachment without vitreous or subretinal hemorrhage. Active plasmin (1.0–15.2 μg/ml) was found in 33 eyes and plasmin‐inhibitor complexes in 3 eyes.
I J, Immonen +3 more
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The plasminogen-plasmin system
Progress in Cardiovascular Diseases, 1991A REVIEW of the literature of plasminogen (Pg) and plasmin (Pm) encompasses many fields of research. Studies of physical biochemistry, enzyme kinetics and mechanism, enzyme inhibitors, human genetics and physiological regulation of enzymatic activities are but a few of the relevant topics.
J, Henkin, P, Marcotte, H C, Yang
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Canadian Journal of Biochemistry and Physiology, 1962
Several aspects of the properties and preparation of human plasmin are considered. It appears that glycerol activation of the proenzyme is a peculiar property dependent in part on the structure of the glycerol molecule since closely related compounds are without effect.
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Several aspects of the properties and preparation of human plasmin are considered. It appears that glycerol activation of the proenzyme is a peculiar property dependent in part on the structure of the glycerol molecule since closely related compounds are without effect.
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The Dissociation of α2-Plasmin-Inhibitor-Plasmin Complex to Active Plasmin by SDS Treatment
1993α2-PI has been demonstrated to be the physiologically most important inhibitor to plas. sin in plasma [1–3], it is a single-chain glycoprotein with molecular weight of about 68,000 [2,4] and inhibits proteolytic activity of plasmin by forming a 1:1 stoichiometric complex which is enzymatically inactive and hardly dissociated by dodecyl sulfate under ...
Dong Yan +3 more
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Plasminogen-Plasmin System IX. Specific Binding of Tranexamic Acid to Plasmin
Thrombosis and Haemostasis, 1975SummaryInteractions between tranexamic acid and protein were studied in respect of the antifibrinolytic actions of tranexamic acid. Tranexamic acid did neither show any interaction with fibrinogen or fibrin, nor was incorporated into cross-linked fibrin structure by the action of factor XIII.
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2016
Plasmin is the key enzyme involved in the dissolution of fibrin. It is produced from plasminogen, which is activated by a plasminogen activator; the two primary activators are tissue-type plasminogen activator (tPA) and urinary-type plasminogen activator (uPA), also called urokinase.
Nicola J. Mutch, Nuala A. Booth
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Plasmin is the key enzyme involved in the dissolution of fibrin. It is produced from plasminogen, which is activated by a plasminogen activator; the two primary activators are tissue-type plasminogen activator (tPA) and urinary-type plasminogen activator (uPA), also called urokinase.
Nicola J. Mutch, Nuala A. Booth
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1981
Publisher Summary Various forms of human plasmin are described in this chapter, prepared, and isolated—namely, Glul-plasmin, Lys-plasmin, Val-plasmin. Glu-plasmin can be prepared from the native Glu-zymogen in the presence of plasmin inhibitors, Lys-plasmin can be prepared from either the native zymogen or the plasmin-degraded Lys-zymogen, and Val ...
Kenneth C. Robbins +2 more
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Publisher Summary Various forms of human plasmin are described in this chapter, prepared, and isolated—namely, Glul-plasmin, Lys-plasmin, Val-plasmin. Glu-plasmin can be prepared from the native Glu-zymogen in the presence of plasmin inhibitors, Lys-plasmin can be prepared from either the native zymogen or the plasmin-degraded Lys-zymogen, and Val ...
Kenneth C. Robbins +2 more
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